Maggienano

Parylene is a polymer material obtained by vacuum vapor deposition polymerization. Its unique technology and performance advantages have been continuously used in many fields. According to the different molecular structures, parylene can be divided into N-type, C-type, D-type, F-type, and so on.

Preparation technology of parylene film

Different from the general construction method of preparing coatings from liquid coatings, the parylene film is prepared by chemical vapor deposition (CVD), the whole process is carried out under vacuum conditions, and the dimer of para-xylene is decomposed at a high temperature. The active monomer is deposited on the surface of the object and polymerized to form a fully coated film.

It can be used for any shape of surface coating, including sharp edges and corners, the interior of crevices, and extremely fine pinholes, and the film thickness deposited on any part of the product is very uniform and does not produce dead spots. When the thickness of the deposited film exceeds 0.2 μm, pinholes in the film can be eliminated. This feature is difficult to achieve with other coating methods.

The process of preparing the parylene film is divided into three steps:

(1) Under the vacuum condition of 133Pa (1torr), the cyclic dimer of p-xylene is heated and sublimated into gaseous cyclic dimer in the form of solid powder at about 150 ℃;

(2) Under the vacuum condition of about 650℃ and the air pressure of 67Pa, the dimer of the gaseous p-xylene is cracked into the active intermediate p-xylene;

(3) The gaseous active intermediate enters the vacuum deposition chamber with a low temperature and a pressure of 13.3Pa, adsorbs on the substrate, and polymerizes to form a linear polymer material (ie, a parylene film). The conversion of dimer to parylene was nearly 100%. The above three vacuum states can be achieved industrially by a mechanical vacuum pump, which is connected to the vacuum deposition chamber through a -70 ℃ cold trap. The function of the cold trap is to capture free small molecules to protect the vacuum pump.

The sublimation, cracking and deposition polymerization temperature of different types of cyclic dimers will be different, but the film-forming mechanism is the same. Para-xylene benzene is a highly reactive intermediate, stable in a gaseous state at low pressure and high temperature, and rapidly polymerized into para-xylene polymer once coagulated at room temperature.

Therefore, after the p-xylene benzene produced by pyrolysis enters the deposition area at room temperature, it first diffuses on the surface of the workpiece. After being adsorbed to each surface, vapor deposition occurs and at the same time, it rapidly polymerizes into a high molecular weight polymer film, and the polymerization reaction proceeds according to a free radical mechanism.

To a certain extent, the reaction is terminated due to the termination of the diradical or the transfer to a chain transfer agent (such as oxygen), or it can also be terminated by the active radicals being embedded in the polymer chain.

Since the liquid phase is avoided directly from a gaseous monomer to a high-molecular-weight solid polymer, and the polymerization is carried out at room temperature, this process removes the defects commonly found in liquid coatings of uneven thickness.

In addition, this process does not involve solvents in common liquid coatings and does not generate volatile gases, making it an environmentally friendly film-forming process.

Maggie Nano Technology (Suzhou) Co., Ltd. provides customers with high-quality parylene coating services for supporting automated intelligent equipment. We are committed to manufacturing professional parylene conformal coating equipment. Parylene conformal coating equipment Model MQP-9001 is one of our products, you can click to view more details.

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Examples of protective applications of parylene coatings

The application value of parylene ink and wash element clothing

Parylene is prepared by vapor deposition polymerization of reactive monomers. The vapor deposition of the monomers occurs almost simultaneously with the film formation, and there is no liquid phase transition state.

Because the film is formed at room temperature, the coated part is protected from deformation caused by surface tension, and the polymer film can be uniformly formed on solid surfaces (including acute angles, crevices, and inner pores), and is extremely thin and needle-free. It has transparency, good air tightness, mechanical properties, electrical properties, and chemical inertness.

Compared with common coating materials (such as epoxy resin and polyurethane, etc.), parylene is superior to other common coating materials in terms of mechanical properties, electrical properties, and chemical inertness.

The properties of parylene films can be summarized as follows:

(1) It can realize the coating of the substrate with completely the same shape;

(2) Good optical transparency;

(3) Low moisture absorption and good moisture-proof effect;

(4) Good electrical insulation;

(5) Small residual stress;

(6) Good dry lubricity;

(7) Good air tightness;

(8) Fix surface debris to prevent particle contamination;

(9) No outgassing, suitable for aerospace applications;

(10) Good biocompatibility, in line with FDA (Class VI) and other requirements.

Application of Parylene Film in Rubber Products

Parylene has a wide range of applications and has been successfully used in various fields, such as aerospace, optics, electronics, biomedicine, and cultural relics protection.

1 Silicone rubber button

Using the parylene coating process, a uniform, extremely thin (2-3 μm) polymer protective layer can be formed on the surface of the silicone key product, which is consistent with the surface contour of the original product. This protective layer can make silicone rubber products such as silicone rubber keys more wear-resistant, thereby improving the service life of silicone rubber products.

Due to the protection of the tightness of the parylene film, the characters printed on the silicone rubber keys are not attacked by oil, chemicals, solvents, and moisture, which can improve the silicone rubber keys and keys used in various environments on the durability of the characters. The parylene film also improves the voltage breakdown resistance of the silicone rubber keys.

In addition, the parylene film can remove the viscosity of the silicone rubber, make the surface of the silicone rubber more lubricated, and change the feel of the silicone rubber keys. Due to its thin thickness, the parylene film is transparent or nearly transparent and does not affect the appearance and size of the keys.

2 Tire inner liner or inner tube

Butyl rubber is used to make inner tubes or tire inner linings due to its good air-tightness. Using rubber as an inner tube or inner liner will increase the weight of the tire and increase the rolling resistance of the tire.

Parylene film can be used as a barrier layer for inflatable products due to its good fluid barrier properties. The parylene film with a thickness of 0.5 μm to 100 μm can be applied on the inner surface of the inflatable article, on the interface layer of two layers, on the inner surface of the inner tube, on the outer surface, or the inner surface of the inner tube at the same time and outer surface to provide air tightness.

Using parylene film, the inner tube can be prepared with less or no butyl rubber with high rolling resistance, and other low-hysteresis rubber materials can be used to prevent the migration of inflation gas.

Maggie Nano Technology (Suzhou) Co., Ltd. provides customers with high-quality Parylene conformal coating services for supporting automated intelligent equipment. We are committed to manufacturing professional parylene conformal coating equipment. Parylene conformal coating equipment Model MQP-8001 is one of our products, you can click to view more details.

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The butyl rubber stopper has good air tightness, chemical stability, heat resistance, internal cleanliness, and biological properties, but in the process of drug storage, the butyl rubber stopper is in direct contact with the drug, which will cause the rubber stopper to become inert. Some of the components migrate into the drug and can interact with the drug. Therefore, by choosing an inert soft coating and covering it on the surface of the rubber stopper to isolate the direct contact between the medicine and the rubber stopper, the compatibility of the rubber stopper and the medicine can be significantly improved.

Commonly used butyl rubber stopper coating process

(1) The filming process of film materials such as polytetrafluoroethylene, ethylene-polytetrafluoroethylene copolymer, polyethylene, or polypropylene.

(2) Dip coating, spray coating, and brush coating process using polydimethylsiloxane.

(3) The vacuum coating process of parylene is used.

Since it does not contain fillers, stabilizers, solvents, catalysts, and plasticizers, parylene coatings do not have problems such as leaching, outgassing, and extraction.

The advantages of parylene coating for butyl rubber stoppers

(1) The film coating process is carried out in a vacuum state, so it can penetrate and cover the object to be treated, and the film is uniform and transparent.

(2) Because it is a dry process, there is no catalyst or organic solvent, and there are no common coating defects such as sagging and loss of liquid coatings. It is a true pinhole-free coating film, which can resist moisture, acid, alkali, Anti-bacterial, anti-weathering, high temperature, and cold resistance.

Parylene is a high-purity coating material with good chemical inertness and good biocompatibility. It has been approved by the US FDA and has been widely used in various medical equipment and packaging materials.

The vacuum lamination process of parylene is used to overcome the weak adhesion of the film material, the film is easy to fall off, the elasticity of the film material is poor, the hardness of the lamination rubber plug is high, and the self-sealing is poor, and the needle punching performance is easy to occur in the lamination process. It also overcomes the common problems of sag, uneven film thickness, and pinholes in the coating process. Therefore, the butyl rubber stopper adopts the vacuum coating process of parylene, which can achieve a better balance between cost and performance.

In addition to medical butyl rubber stoppers, medical packaging, such as prefilled syringes, pharmaceutical bottles, tubes, and bags that come into contact with pharmaceutical agents, also faces the challenge of ensuring long shelf life for highly active drugs and finer powder formulations. In some cases, packaging materials can release harmful components that can lead to contamination of the drug.

The dry film lubricity of parylene films is better than some polytetrafluoroethylenes, and it can be used as a protective barrier and lubricating layer in medical packaging materials, providing a new solution to these challenges. After the parylene coating process is adopted, the rubber material used for the rubber stopper can be butyl rubber, halogenated butyl rubber, natural rubber, polyisoprene rubber, and polyolefin thermoplastic elastomer.

Orthopedic pads made of elastomers, elastomer gels, or polyurethanes, coated with a thin layer of parylene, can reduce the friction coefficient of the orthopedic pads and improve the sliding properties against the user's skin. Parylene film can also be used on the surface of artificial airway devices made of flexible silicone and other materials to replace gel lubricants and provide a low coefficient of friction.

Maggie Nano Technology (Suzhou) Co., Ltd. provides customers with high-quality parylene coating services for supporting automated intelligent equipment. We are committed to manufacturing professional parylene conformal coating equipment. Parylene conformal coating equipment Model MQP-9001 is one of our products, you can click to view more details.

Related news of parylene coating

Examples of protective applications of parylene coatings

The application value of parylene ink and wash element clothing

1 Rubber seal

Because the mechanical properties and chemical resistance of parylene film are good, and its friction coefficient is small, close to that of PTFE, it has been used to improve the performance of rubber seals and prolong the service life of the seals.

The researchers filmed parylene coating thickness of 0.1 to 3 μm on the surface of the silicone rubber gasket to reduce the surface energy and volatile content of the silicone rubber material, and reduce the adsorption of particles and fibers in the air by the silicone rubber gasket. . This silicone rubber gasket can be used in computers and electronic equipment.

The researchers filmed N-type, C-type, or D-type parylene on the surface of the silicone rubber gasket to improve the oil absorption and exudation resistance of the silicone rubber gasket. The parylene coating thickness is at least 2.5 μm, preferably 5.0 μm, which is very effective in improving the hydrocarbon oil resistance of the silicone rubber and reducing the permeability of the hydrocarbon oil to the silicone rubber gasket. This surface-modified silicone rubber gasket can be used as a gasket in an engine.

Researchers filmed parylene on typical laboratory bell-shaped coupons, rubber sheets, and blocks, as well as fuel system rubbers made from fluoroelastomers, hydrogenated nitrile rubbers, nitrile rubbers, and silicone rubbers. Basic research was carried out on the item. It was concluded that the parylene coating on the elastomeric seal improved the volume swell performance. Especially for silicone rubber, it not only improves the volume swelling performance but also improves or maintains the key physical properties of silicone rubber. Parylene coating has a wide range of applications in automotive fuel systems, especially for alcohol-containing fuel systems, such as O-rings, static seals, fuel level indicator systems, entire filter cartridges, buoys, etc.

2 MEMS

With the further development of microelectromechanical systems (MEMS) technology, parylene is more and more favored in the field of MEMS due to its unique advantages, and it is used in microstructures to integrate microfluidic systems. Silicone rubber has a low modulus of elasticity and high elongation is compatible with integrated circuit processes and can achieve good sealing even on rough surfaces. But silicone rubber is permeable and absorbs a lot of fluid for driving. Therefore, a composite membrane composed of silicone rubber and parylene can be used in micromechanical fluid membrane valves and pumps, and the respective advantages of silicone rubber and parylene can be retained. The parylene film can effectively block the vapor of 3M fluorine-containing liquid, and the silicone rubber layer further improves the firmness of the composite film.

In the thermally actuated microvalve made of etc., a silicone rubber film coated with parylene is used. Due to the good mechanical strength of parylene, the microvalve has no effect under high fluid pressure. damage, while effectively preventing the leakage of steam while ensuring that the film has a larger stroke. The development of biological microelectromechanical systems (BioMEMS) requires the use of biocompatible materials, which further promotes the application of parylene films on BioMEMS such as implantable microsystems, which contain silicone rubber and parylene films. Microsystems can be used to deliver therapeutic drugs.

Maggie Nano Technology (Suzhou) Co., Ltd. provides customers with high-quality parylene coating services for supporting automated intelligent equipment. We are committed to manufacturing professional parylene conformal coating equipment. Parylene conformal coating equipment Model MQP-9001 is one of our products, you can click to view more details.

Related news of parylene coating

Examples of protective applications of parylene coatings

The application value of parylene ink and wash element clothing

The parylene obtained by the unique CVD preparation process has the incomparable performance advantages of other coatings, such as epoxy resin, silicone resin, polyurethane, etc. It can be applied to surfaces of various shapes, and the parylene coating is colorless and transparent, with controllable thickness, no pinholes, no stress, excellent mechanical properties, optical properties, electrical insulation, biocompatibility, and three-proof properties. Widely used in biomedicine, aerospace, printed circuit components, high-density miniaturized products, microelectronic integrated circuits, microelectromechanical systems (MEMS), semiconductors, sensors, optical devices, and cultural relics and archives protection.

Biomedical field

Parylene has good biocompatibility and chemical stability and can be used as a coating material. It meets the US Pharmacopoeia biomedical material Class VI standard and has been approved by the US Food and Drug Administration (FDA) for long-term implantation in vivo. The coating can improve the lubricity, biocompatibility, and reliability of the device surface. For example, on the surface of microelectronic medical devices such as pacemakers, brain electrodes, prostheses, embedded devices, implantable sensors, blood analyzers, and high-frequency surgical scalpels, parylene needs to be used to coat the surface. Improve biocompatibility and work reliability.

Conventional parylene coatings are often used to provide inert packaging, inhibit potential adverse effects from substrates, and act as sealants for biomaterials. Utilizing the gas barrier properties, chemical stability, and radiation resistance of parylene, parylene can also be used as high-energy fuel particles, active metals (such as metal Na), highly active toxic or irritating odor chemicals (NaOH, CaCl2), etc. encapsulation.

At present, the application of parylene film in biomedical engineering has a certain connection with electronic technology, and it can be used as the coating of the pacemaker in the circuit system of the device. It can also be used as an insulating layer for miniature electrodes to be implanted in the body for a long time, recording and stimulating nerve cells in the central or peripheral nervous system, as the frontier of experimental nerve centers.

Parylene membrane can be used as a blood-compatible material to improve cell adhesion and biocompatibility. The membrane acts as a barrier layer to reduce the diffusion of small molecules into and out of the substrate, and can also form active sites on the substrate, which is beneficial to the growth of biomolecules and cells. adsorption.

Certain types of parylene membranes have received much attention as a new component in obtaining blood compatibility. By coating more parylene membranes, it can provide a skeleton for cell growth. Furthermore, in terms of cell damage, parylene membranes have minimal interference with cell growth among existing materials. Since it is not hydrolyzed, parylene films will not be affected by corrosive biological environments.

Maggie Nano Technology (Suzhou) Co., Ltd. provides customers with high-quality parylene coating services for supporting automated intelligent equipment. Maggie Nano has several parylene coating equipments for sale, such as Parylene conformal coating equipment Model MQP-8001. Below are some details:

Voltage

3 phases 380V 50Hz

Power

10KW

Overall Dimensions

3000*1800*1500mm

Cavity Size

ø750*900mm

DepositedFilmThickness

0.1-50µm

If you are interested in our products, please contact us as soon as possible.

Related news of parylene

The Role Of Parylene Vacuum Coating Machine

Application Of Parylene Nano Vacuum Coating In Magnetic Materials

Parylene is prepared by vacuum chemical vapor deposition process. First, the solid powder is vaporized, then cracked at high temperature, and then deposited and polymerized at room temperature to form a high molecular polymer, which is deposited on the sample to be protected to form a protective film. Taking the preparation process of C-type Parylene film as an example, the preparation process is briefly introduced.

The deposition and polymerization process of the C-type Parylene film is as follows: in the vacuum deposition equipment, the solid chlorinated paraxylene ring dimer material is sublimated and cracked into monomers; the generated monomers are adsorbed, deposited, and polymerized on the surface of the substrate in the vacuum deposition chamber to form a thin film. Its deposition growth is a molecular-level growth process that can be applied to the surface of various shapes of the sample, including sharp edges, cracks, and inner surfaces. Since the thin film coating is deposited under a vacuum, the formed film thickness is uniform, dense, pinhole-free, and stress-free.

The polymerization process of Parylene series membranes is completely dependent on self-initiated chain growth and does not require initiators and terminators, any solvents, and catalysts. Its unique growth method and unique polymer chain structure make it have excellent mechanical properties and solvent corrosion resistance. and water vapor and gas barrier properties.

1 Mechanical properties

Parylene series films have a high degree of polymerization, large molecular weight, high elastic modulus, and high tensile strength. The specific mechanical properties are shown in Table 1. The higher tensile strength, elongation at break, and elastic strength meet the requirements of mechanical properties when used as a protective coating material.

2 Solvent resistance

Parylene series membranes are chemically inert, and insoluble in acids, alkalis, and organic solvents. Even at the melting point of crystallization, they still have strong solvent resistance. They can only be dissolved in high-boiling solvents at high temperatures, such as chlorinated biphenyls, methylbenzene benzyl benzoate, etc. Table 2 shows the swelling resistance of N-type, C-type, and D-type Parylene films. Compared with N-type and D-type, C-type is more polar, and its volume change is slightly larger in common organic solvents.

3 Water vapor and gas barrier properties

The surface of the parylene series membrane is hydrophobic and has low permeability to water vapor and gas. Table 3 is the comparison of the moisture permeability and air permeability of N-type, C-type, and D-type Parylene films and other commonly used organic films. It can be seen that in terms of water vapor and gas barrier properties, Parylene series films are better than any other coatings; compared with N-type and D type, C type has better moisture resistance. Parylene series membranes have extremely low permeability to H2O, O2, N2, CO2, and other gases, so they are widely used in the moisture-proof coating of electronic components, solid particulate materials, books, cultural relics, etc. Electronic circuit components protected by Parylene series membranes can even Continuous work in seawater.

Maggie Nano Technology (Suzhou) Co., Ltd. provides customers with high-quality Parylene coating services for supporting automated intelligent equipment. Such as Parylene conformal coating equipment Model MQP-8001：

Voltage

3 phases 380V 50Hz

Power

10KW

Overall Dimensions

3000*1800*1500mm

Cavity Size

ø750*900mm

DepositedFilmThickness

0.1-50µm

If you are interested in our products, please contact us as soon as possible.

Related news of parylene

Examples of protective applications of parylene coatings

The application value of parylene ink and wash element clothing

The parylene obtained by the unique CVD preparation process has the incomparable performance advantages of other coatings, such as epoxy resin, silicone resin, polyurethane, etc. It can be applied to surfaces of various shapes, and the coating is colorless and transparent, with controllable thickness, no pinholes, no stress, excellent mechanical properties, optical properties, electrical insulation, biocompatibility, and three-proof properties. Widely used in biomedicine, aerospace, printed circuit components, high-density miniaturized products, microelectronic integrated circuits, microelectromechanical systems (MEMS), semiconductors, sensors, optical devices, cultural relics, and archives protection.

Electronic field

Parylene has high purity and strong inertness. As a coating for sensitive components, it can ensure that the components are not polluted by the outside world and that there is no damage to the components. Its ultrathin thickness and uniformity as well as its inherent dielectric properties are of great significance for the protection of microwave devices. Parylene is widely used in the electronic field and can be used in printed circuit boards, integrated and hybrid circuits, semiconductors, and capacitors. Parylene has a low dielectric loss, the dielectric constant and loss remain unchanged in a large temperature range, and can be used as an insulating layer in high-quality capacitors.

The parylene film has high crystallinity and low fluidity, so it can be prepared into a film with permanent polarity by various methods. Some parylene film dielectrics are more effective at maintaining their polarity at high temperatures than other polymers. The polymer film can also be used to coat the fixed seat of a small potentiometer to increase the capacitance per unit volume.

Capacitors made of parylene N are one-fifth of the volume of polystyrene capacitors of the same specification and have a higher operating temperature. The development of MEMS technology has greatly promoted the miniaturization, integration, and weight reduction of sensors, the reliability of the device system has been significantly improved, and the emission cost has been reduced. Parylene can be used as low dielectric constant material, structural material, and protective material for microelectronic devices in MEMS.

For large-scale integrated circuits, it must solve the insulating properties of the intermediate layer, especially for some special-shaped surfaces, and parylene film can be used as the insulating layer due to its special homogeneity and excellent insulation. Compared with the first polyimide used in commercialized semiconductor devices, parylene film has more obvious advantages, such as purity, easy thickness control, low moisture absorption, etc., and can be used for surface moisture resistance of LED displays.

The conformal coating of printed circuit boards is often made of parylene film, which can maintain high reliability in extremely harsh environments and enable other components on the circuit board to operate normally. They have stable insulation over a wide temperature range. Similar to printed circuit boards, parylene films can also be used as reliability coatings for hybrid circuits.

Maggie Nano Technology (Suzhou) Co., Ltd. provides customers with high-quality parylene coating services for supporting automated intelligent equipment. Maggie Nano has several parylene coating equipments for sale, such as Parylene conformal coating equipment Model MQP-8001. Below are some details:

Voltage

3 phases 380V 50Hz

Power

10KW

Overall Dimensions

3000*1800*1500mm

Cavity Size

ø750*900mm

DepositedFilmThickness

0.1-50µm

If you are interested in our products, please contact us as soon as possible.

Related news of parylene

Examples of protective applications of parylene coatings

The application value of parylene ink and wash element clothing

The unique deposition and polymerization process of Parylene film determines its excellent mechanical properties, solvent resistance, and super moisture and gas barrier properties. These polymers are resistant to penetration by all solvents except aromatic hydrocarbons, are rarely affected by strong oxidizing agents, and are excellent flame retardants. Such films will not change in appearance and strength after long-term immersion in strong acid (such as nitric acid) or strong alkali (such as sodium hydroxide) solution.

As early as the early 1970s, it was recognized by the US military standard as a high-quality protective coating material that can be used in electronic circuits and was used in the fields of electronics and aerospace. The protection is used in the moisture-proof, mildew-proof, and salt-fog protection of some precious cultural relics and books.

1 Application in active material protection

In a humid environment, the material will absorb water vapor in the storage environment and corrode and deteriorate; especially some active powder particles and their products (such as tetrahydroaluminum lithium, metal sodium, and explosive items) with very active chemical properties absorb Moisture and deterioration in the environment will seriously affect the performance and storage life of active material products.

The researchers pointed out that the time of moisture-proof and discoloration of the color-changing silica gel coated with Parylene film can reach 150d when immersed in water, and the moisture-proof performance is obviously better than that of traditional epoxy resin and polyurethane. Similarly, films with a thickness of micrometers are applied to active particles and their products for moisture-proof protection. After the surface of the products is protected, the surface deliquescence and corrosion rates will be greatly reduced.

2 Application in the protection of cultural relics and archives

Parylene series membranes, especially parylene C-type membranes, have extremely low water vapor permeability coefficients; the uniform and dense membranes obtained by coating are adjustable in thickness, stress-free and tension-free, and are suitable for coating protection of precious materials such as cultural relics and archives. As early as 1993, the Chinese cultural relics department carried out research on the protection of Parylene series membrane cultural relic coatings. In 1995, Shanghai Museum and Nanjing Museum respectively carried out Parylene coating treatment on ancient fish skin clothes and golden Buddha statues in Qing Dynasty, which made them isolated from the air, not faded or deformed, and greatly extended their storage life.

The researchers carried out a comparative study on the performance of paper cultural relics protected by Parylene coating. The results showed that the physical properties of the paper protected by the coating were greatly enhanced, and the tensile force and folding resistance were enhanced. The tensile force and folding endurance after coating protection increased by 49.80% and 85.69% respectively; the water resistance of the protected archives is enhanced; it has a barrier effect on paper acidification;

Archaeologists have pointed out that the cultural relics and archival micrographs protected by the Parylene film coating show that parylene penetrates from small molecules into the surface and gaps of the cultural relics under vacuum to polymerize into a polymer film, which has a high degree of permeability and high permeability. Density, a pinhole-free dense covering layer can be formed after 0.1 μm, which can strengthen and protect the deeper structure of cultural relics from the microscopic level.

The compressive strength of the fragments of the Warring States bronze mirror, the contents of the pottery pots in Longnan before 5200 years ago, and the carbonized rice grains increased by 3 to 19 times after being reinforced by Parylene film. The carbonized paddy rice 5,200 years ago that originally needed to be soaked in water no longer needs to be soaked in water, and can be permanently stored dry. The water absorption rate of the paper and grey pottery protected by Parylene is obviously reduced, and the strength of the newsprint after reinforcement is obviously improved.

Maggie Nano Technology (Suzhou) Co., Ltd. provides customers with high-quality Parylene conformal coating services for supporting automated intelligent equipment. We are committed to manufacturing professional parylene conformal coating equipment. Parylene conformal coating equipment Model MQP-6001 is one of our products, you can click to view more details.

Equipment Model

Main Parameter

6001

Voltage

3 phases 380V 50Hz

Power

5KW

Overall Dimensions

2000*1500*1000mm

Cavity Size

ø550*700mm

If you are interested in our products, please get in touch with us as soon as possible.

Related news of parylene

Examples of protective applications of parylene coatings

The application value of parylene ink and wash element clothing

Since Parylene and its derivatives have many excellent properties, the research on them is very meaningful. Parylene reactive coatings prepared by the CVD method can be applied to various substrates, such as polymers, metals, composite materials, etc. These coatings are a general platform and do not depend on changes in the chemical composition of bulk materials.

In addition to being used as protective coatings, insulating coatings, interlayer dielectrics, electroluminescent polymers, and sensors, Parylene can also be used as biomaterials. Commercial Parylene coatings have been successfully used in stents, pacemakers, nerve Metaprobes, biological MEMS, and other devices, but these coatings are all non-functionalized and lack further modified active functional groups, so they cannot be effectively used as carriers of biomolecules.

Bioactive surface functionalization

The preparation of reactive polymer coatings is powerful biotechnology for complex surface engineering. Bioactive surface functionalization, which enables precise control of biomaterial surfaces and biomimetic design, is crucial in many biomedical applications such as drug delivery, biosensors, medical implants, and tissue engineering.

These functionalized biomolecules can be immobilized to substrate-independent active CVD polymer coatings to suit the needs of various biomedical applications. As a recognition site, the functionalized substrate surface can induce and alleviate a series of vital physiological functions in cells, such as adhesion, migration, and differentiation, and then regulate cell proliferation, survival, and other processes closely related to cell fate.

Cell-protein interactions play a central role in advanced applications in biology, medicine, and biotechnology, where the key lies in the precise control of signaling molecules on the surface of substrates, which can be used in implants, stents, cardiac In addition, it can be used as a bioanalytical tool for the detection of proteins, nucleic acids, and polysaccharides.

The CVD method is a simple and versatile method to prepare functionalized Parylene films, which can provide a range of different kinds of functional groups and adhere well to any substrate. These reactive coatings can improve the implant surface. Interface compatibility, or compatibility with complex biological properties, and stable existence under biological detection conditions. Amino or carboxyl groups can control surface charge and electroosmotic flow, and alkyl groups can provide a hydrophobic interface for electrochromatography.

All in all, functional Parylene is a unique class of aromatic polymers with unique advantages in synthesis, physical properties, and biomedical fields.

Maggie Nano Technology (Suzhou) Co., Ltd. provides customers with high-quality Parylene conformal coating services for supporting automated intelligent equipment. We are committed to manufacturing professional parylene conformal coating equipment. Parylene conformal coating equipment Model MQP-6001 is one of our products, you can click to view more details.

Equipment Model

Main Parameter

6001

Voltage

3 phases 380V 50Hz

Power

5KW

Overall Dimensions

2000*1500*1000mm

Cavity Size

ø550*700mm

If you are interested in our products, please get in touch with us as soon as possible.

Related news of parylene

The Role Of Parylene Vacuum Coating Machine-Maggie Nano

Application Of Parylene Nano Vacuum Coating In Magnetic Materials

The polymerization parameters of the CVD reaction must ensure that the carbon-carbon single bond is cleaved and the corresponding free radical-bearing active monomer quinodimethane is generated, and then the monomer is transferred to the deposition area and spontaneously polymerized on the deposition sample stage.

Successful CVD polymerization requires parallel control of multiple interrelated parameters. The CVD reaction device includes three main parts: the sublimation zone, the cracking zone, and the deposition zone.

Aggregation conditions that must be met

1) Flexible control of aggregation parameters;

2) Monitoring capability to measure critical polymerization parameters in situ;

3) Online feedback capability for instant process control.

Component

A typical CVD apparatus used to prepare parylene films is mainly composed of three parts: a precursor sublimation chamber, a high-temperature pyrolysis chamber, and a deposition polymerization chamber.

The three chambers communicate with each other and complement each other, wherein the deposition polymerization chamber can be provided with an angle-adjustable or rotatable substrate frame, or a plasma generating device can be installed in it, and a specific gas can be introduced therein.

The film-forming mechanism is that the p-phenylene dimethyl dimer undergoes gasification, decompression, and pyrolysis, two methylene-methylene bonds in it are broken successively, and two active monomers with free radicals are generated. Methylene benzene, which is a reactive intermediate, can exist stably in a gaseous state at high temperature, and will rapidly polymerize to form parylene once condensed.

The reactive intermediates generated by thermal cracking enter the deposition zone, and the monomer molecules that reach the surface of the membrane are first adsorbed on the substrate surface, and then spontaneously undergo a chain growth reaction to finally form a parylene polymer chain. A part of it enters the film body, and some monomers that are close to each other will be coupled with each other to form a free radical intermediate. This intermediate has at least three monomer chains, and after diffusion, it is finally polymerized into a long polymer chain. The polymerization reaction proceeds according to a free radical mechanism.

The sublimation, thermal cracking, and deposition temperature of p-xylene dimers with different substituents are different but follow the same film-forming mechanism.

To a certain extent, the reaction is terminated by the diradical termination or transfer to the chain transfer agent (oxygen or thiol), and it can also be terminated by the entrapment of the polymer chain. At the same time, the monomer or oligomer is desorbed into the CVD atmosphere so that the rate of chain growth is limited by the desorption rate, and the percentage of monomer that is adsorbed and polymerizable is defined as the adhesion coefficient.

As the substrate temperature increases, the desorption capacity of the monomer increases, resulting in a decrease in the adhesion coefficient. As long as the conditions during CVD remain constant, at a steady state, the growth rate remains constant, since the rate of radical formation is comparable to the rate at which radicals are trapped during film growth.

Termination of free radical polymerization is determined by oxygen in the surrounding environment. Therefore, a contaminated CVD system may yield unstable and low molecular weight polymer films. Generally speaking, the temperature range of the substrate is -40~60°C. When the substrate temperature is at room temperature, the obtained parylene film thickness and film growth rate are controllable.

Maggie Nano Technology (Suzhou) Co., Ltd. provides customers with high-quality Parylene coating services for supporting automated intelligent equipment. We are committed to manufacturing professional parylene conformal coating equipment. Parylene conformal coating equipment Model MQP-6001 is one of our products, you can click to view more details.

Equipment Model

Main Parameter

6001

Voltage

3 phases 380V 50Hz

Power

5KW

Overall Dimensions

2000*1500*1000mm

Cavity Size

ø550*700mm

If you are interested in our products, please get in touch with us as soon as possible.

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What Is The Use Of Parylene Waterproof Coating For Sealing Ring

Parylene Coating Technology For Cultural Relic Protection

Compared with ordinary life clothing, the nature and characteristics of professional clothing are not universal in a certain industry. Every enterprise must have its professional clothing, and professional clothing is also required to be relatively durable. In large companies, the service life of general work clothes is very long, which can establish a corporate image for the enterprise for a long time, achieve repeated understanding, and deepen the degree of recognition. Economically, it is not practical to change clothes frequently, which requires work clothes' durability.

One of the parylene properties is protection. Parylene coating has a certain wear resistance on the surface of the fabric, so it is suitable for coating the part of work clothes, increasing the service life of the clothing, and reducing some economic costs for the company. burden. Parylene-coated clothing has a certain waterproof function. The service staff of the hotel must not only maintain the image of the company but also keep it clean at work. When serving guests, the clothes are often stained, so the clothing parts such as aprons are required to be waterproof. Features, improve its anti-fouling properties.

1 restaurant waiter's clothing

The starting point of the design is the farmer's characteristic restaurant clothing, which adopts the design of printed cloth and buckles to highlight the friendly and natural image of the farmer girl, which is in line with the professional image of the waiter's enthusiasm and generosity. The overall style of the clothing adopts a split collocation, which alternately combines blueprinting and white printing so that the professional wear remains elegant and solemn without losing dullness and rigidity.

The work status of the waiter is matched with the design of the apron. The apron is combined with the parylene coating, and the parylene coating process is used to make it waterproof, dirt-resistant, and wear-resistant so that the service personnel can serve enthusiastically. At the same time, it can maintain a clean and tidy professional image. Don't worry about getting your clothes dirty when you clean the dishes, so you can provide the best service for your guests.

Parylene coating can be applied to the fabric partially or completely, depending on the needs of the specific occupation. Here is an example to illustrate the specific application of parylene coating on tooling, especially the one-piece suit as an example.

2 Professional tooling

The design style is a one-piece suit, the fabric is made of pure cotton fabric, which is composed of red and gray. The neckline and cuffs of the overalls should be designed to be tight to prevent exposure to various parts of the body during activities. At the same time, the overalls are also required to have better air permeability, which is convenient for the operator to move freely. The overalls are specially designed for specific work needs. Clothing, this kind of clothing generally requires a lot of bending and squatting movements, such as lathe repairers, due to the need for waist movement, the design of the back waist should be folded, which is convenient for bending during work.

The specific application of Parylene coating can be determined according to occupational needs. Take mechanic clothing as an example. Generally, the working time under the car is longer, and there are many movements of squatting and digging. Therefore, Parylene is coated on the knees and elbows. To increase the service life of the clothing, the thickness of the coating can be adjusted according to the needs without affecting the texture of the coated clothing.

Clothing fabric is an indispensable part of clothing design. Only through the material carrier of clothing fabric can clothing design convey design ideas and be accepted and appreciated by people. The continuous innovation and breakthrough of clothing fabrics create conditions for the diversification and individualization of clothing design.

Maggie Nano Technology (Suzhou) Co., Ltd. provides customers with high-quality Parylene coating services for supporting automated intelligent equipment. We are committed to manufacturing professional parylene conformal coating equipment. Parylene conformal coating equipment Model MQP-8001 is one of our products, you can click to view more details.

Equipment Model

Main Parameter

8001

Voltage

3 phases 380V 50Hz

Power

10KW

Overall Dimensions

3000*1800*1500mm

Cavity Size

Ø750*900mm

If you are interested in our products, please get in touch with us as soon as possible.

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Parylene coating has excellent functions of waterproof, anti-fouling, wear-resistant, anti-corrosion, acid and alkali resistance, good insulation, and coating on clothing does not affect the texture and appearance of the fabric itself, which can effectively increase the wear and tear of clothing. Feature.

The functional embodiment of parylene-coated fabrics in professional wear

Professional wear, also known as work clothes, is divided into professional wear and professional tooling, which are specially made for work needs. It is designed for people engaged in different occupations to meet the different needs of their work due to the environment and nature. With the need for social development, professional clothing continues to improve, the professional division of labor is becoming more and more detailed, and the functional protection of professional clothing is required to be improved. Nowadays, the functional protection of clothing coating has also been greatly developed, but it has many limitations in practical application. Coating use.

With the continuous progress of human society, different industry personnel has higher and higher requirements for the artistic, practical, and symbolic clothes they wear at work. Clothing not only needs to meet people's material needs but also needs to have certain satisfaction in terms of spiritual beauty.

Professional clothing is practical and functional clothing.

practicality

Practicality means that the clothing has to withstand various damages such as wrinkles, dust, and even corrosion in the working environment, and has certain durability.

Feature

Functional tooling mainly achieves the protection of employees in labor through the protection of clothing itself, such as electric welder tooling, steel and ironmaking tooling, electrician tooling, lathe tooling, fitter tooling, and car driver tooling, cleaning tooling, Rolling tooling, etc.

This type of clothing often cannot meet its aesthetic characteristics while satisfying its functionality. The limitations of fabrics and processes cannot meet the aesthetic needs. The parylene coating is transparent, colorless, and odorless, and can be applied to various types of clothing. It is used in common tooling fabrics, which increases the usability of its functions while not destroying the original appearance of professional clothing, and is environmentally friendly, and the process is simple and easy to operate.

The protection of professional clothing is mainly reflected in the harm to human beings caused by physical labor at work. Protection is relative to the environment. Different working environments and different types of work determine the design and protection of different styles of professional clothing.

Nowadays, people rely on the protection of occupational clothing in various working environments, such as electrical work clothing in daily life, which must be insulated and waterproof; clothing in the health care industry requires antibacterial and high-temperature disinfection performance; experiments Room workers need to be protected from chemical burns, corrosion, etc., which require functional protection of clothing.

The parylene-coated fabric has good abrasion resistance, and it does not change the texture of the instant noodles after coating, and can be used in the parts of clothing that are prone to friction, such as the hem, pockets, placket, knees, elbows, and other parts of clothing.

Parylene coating is directly coated on the surface of ordinary clothing fabrics, without affecting the styling design of the clothing itself. The coating on the placket of the garment can reduce the damage to the fabric caused by long-term fatigue and friction. The partial coating on the collar of the garment can enhance the dirt resistance and wearing life of the garment. The cuffs of general clothing are also easier to wear, especially at the folds of the fabric, so it is also a better choice to coat the cuffs with parylene.

Maggie Nano Technology (Suzhou) Co., Ltd. provides customers with high-quality Parylene coating services for supporting automated intelligent equipment. We are committed to manufacturing professional parylene conformal coating equipment. Parylene conformal coating equipment Model MQP-9001 is one of our products, more details are as follow:

Equipment Model

Main Parameter

9001

Voltage

3 phases 380V 50Hz

Power

10KW

Overall Dimensions

3000*1800*1500mm

Cavity Size

ø850*900mm

If you are interested in our products, please get in touch with us as soon as possible.

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There are many costumes with a strong Chinese style, cheongsam and national costumes are typical among them, and the way cheongsam express Chinese style is mainly through embroidery. There are very few clothes with ink and wash elements as elements. The advantage of creating this brand is that hand-painted clothes are carefully created by painters with profound skills, creating a precedent for the combination of fashion and Chinese ink painting elements. The color-fixing function, which combines new ideas, new craftsmanship, and new technology, is the ultimate embodiment of the brand value of parylene ink painting element clothing.

(1) The economic value of parylene ink and wash element clothing

Bringing the garments with the elements of parylene ink painting into the market can enrich the garment market and improve the competitiveness of enterprises while increasing the added value of the garments. At present, domestic clothing products are no longer a cost-competitive price war, and creating clothing based on the nation-culture is more competitive in the market and has an economic value for long-term sustainable development. The elements of beauty are extracted from traditional ink paintings, the hand-painted methods have been applied to clothing design, and the final color-fixing application is carried out with parylene coating. Due to the uniqueness and non-replicability of hand-painted clothing, it has certain market competitiveness compared with similar clothing products. It can also use this advantage to develop related subsidiary products of the clothing industry, which not only brings economic benefits to enterprises but also will improve the core competitiveness of enterprises.

(2) The cultural significance of parylene ink and wash element clothing

Since the 20th century, with the development of the information age and the advancement of science and technology, the factors of estrangement among various ethnic groups have been decreasing, and communication has become increasingly frequent, which has promoted the mutual exchange of cultures of all ethnic groups in the world, but also made The local traditional culture is gradually declining or even on the verge of disappearing. For example, in Chinese traditional culture - ink painting, the protection, and promotion of this traditional culture should not be limited to exhibitions in museums and collections by fans. The culture of ink painting should be integrated into people's daily life. Integrating the beauty of Chinese ink and wash elements into modern clothing design not only conforms to the Chinese people's aesthetic habits, shows the Chinese people's aesthetic taste, but also enhances the cultural connotation of clothing. Let the products with Chinese culture enter the international market so that the Chinese national culture can be promoted and consolidated in the trend of world cultural integration, and will not be submerged and will not become an appendage of other cultures in the international market. To have a role to play. The application of Chinese ink and wash elements to clothing design can make clothing produce a new form of beauty, and at the same time, it also gives ink and washes elements a new form of expression for traditional culture, making it integrated into modern people's life. to inherit and develop.

(3) The significance of creating its brand value

The Chinese market has its particularities. The traditional context and aesthetic characteristics are very different from those of foreign countries. It is impossible to impose Italian sexiness, American freedom, and French romance on Chinese consumers. The judgment made by blind imitation is Inaccurate, it will only cause the brand to get lost. The biggest gap between us and foreign brands is cultural creativity. For this reason, Chinese clothing brands should strive to create their own different brand cultures under the background of Chinese culture and adapt to modern lifestyles. Use culture to create value, increase product added value, complete brand contribution, and achieve sustainable development.

Maggie Nano Technology (Suzhou) Co., Ltd. provides customers with high-quality Parylene coating services for supporting automated intelligent equipment. We are committed to manufacturing professional parylene conformal coating equipment. Parylene conformal coating equipment Model MQP-6001, more details are as follow:

Equipment Model

Main Parameter

6001

Voltage

3 phases 380V 50Hz

Power

5KW

Overall Dimensions

2000*1500*1000mm

Cavity Size

ø550*700mm

If you are interested in our products, please get in touch with us as soon as possible.

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The Waterproof Advantage of Parylene Coating in Paper Wedding Dresses

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Ink and wash painting pays attention to the combination of virtual and real, and the brush is connected with meaning. The spatial layout and the artistic conception of creation flow out of nature, which shows a fresh, distant and tranquil sweet environment. The flowers of the clothing pattern can be drawn by the painting method of line and composition in ink painting.

The composition method of ink painting does not pay attention to the principle of perspective but emphasizes the subjective feeling that seems to be vague and vague, and the brush and ink bring the painting into an ethereal and floating atmosphere, just like the beauty of the clouds and mountains that we see with our own eyes. People use the beauty of spiritual space to achieve visual artistic effects.

The composition in the ink painting emphasizes the blank space, leaving a blank space on the picture, so that the whole picture has a sense of airflow, and the artistic conception of the ink painting is reflected in the clothing fabric.

Feasibility Analysis of Combining Ink Element Clothing with Parylene Coating

The color fastness of clothing plays an important role in the quality of clothing. Fabrics that fade due to light, sweat, repeated washing, etc. are mainly made of cotton, linen, and silk materials, and the dyeing fastness is not good, which often becomes the cause of consumer complaints.

On the other hand, pattern printing and dyeing on clothing fabrics require the use of chemical solvents such as soda ash, caustic soda, and surfactants in the printing and dyeing processes such as bleaching, dyeing, and color fixing. The rinsing water volume, rinsing time, and other indicators of the fabric are rinsed, causing the PH value of the fabric to exceed the standard, thereby affecting the quality of the garment. Excessive formaldehyde and high or low PH value will have a strong stimulating effect on the skin and mucous membranes, causing dermatitis and other skin diseases to harm the human body. In order to avoid the hidden dangers of the printing and dyeing of the above-mentioned clothing patterns to the human body, a new method of combining Parylene's new coated fabrics with hand-painted clothing patterns will be used.

With traditional brush and ink, the expression techniques of ink painting are used to draw patterns on clothing, and the original ink painting art is integrated into the design of clothing. The traditional Chinese painting is not replaced by any new dyes and is completely and clearly displayed in the clothing, and finally fixed with parylene coating. Parylene coating has the characteristics of waterproof, breathable, and thin coating thickness, so as to achieve the perfect combination of art and design.

Because the hand-painted pen is free to sway and is rarely restricted by the craftsmanship, it has the characteristics of flexibility and variety. Even for hand-painted products with the same theme, the lines are thick, thin, curved, and straight, the color blocks are large, small, many, and few, and the dry, wet, thick, and light color and water will vary greatly so that every product can be Thousands of styles, thousands of charms. Therefore, its refurbishment is very easy, and it happens to meet the individual needs of consumers.

With the development of the information society, personalized ideas continue to emerge, and people have their own unique views on beauty. In terms of dressing, young women pursue the individualization and diversification of clothing. The unchanging clothing style and clothing style can no longer meet their needs for beauty. Today's women's clothing is also showing the characteristics of diversification with the change in young people's thinking.

Maggie Nano Technology (Suzhou) Co., Ltd. provides customers with high-quality Parylene coating services for supporting automated intelligent equipment. We are committed to manufacturing professional parylene conformal coating equipment. Parylene conformal coating equipment Model MQP-9001 is one of our products, more details are as follow:

Equipment Model

Main Parameter

9001

Voltage

3 phases 380V 50Hz

Power

10KW

Overall Dimensions

3000*1800*1500mm

Cavity Size

ø850*900mm

If you are interested in our products, please get in touch with us as soon as possible.

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The reflection of parylene coated fabrics in dress modeling design

The Waterproof Advantage of Parylene Coating in Paper Wedding Dresses

Designers often have a lot of whimsy when designing dresses. In many cases, these designs can only be dead due to the plasticity of the fabric. Specially shaped dresses must be made of fabrics with excellent stereotypes, and their sculptural shapes also require special processing to complete.

The three-dimensional shaping effect produced by the combination of parylene coating and fabric can be embodied in the design of local clothing. The clothing presents a three-dimensional design, which transforms the two-dimensional fabric into a three-dimensional space, enriches the design space of the clothing, and makes the clothing have unique external modeling characteristics. Using exaggerated methods to design the part of the garment, the Parylene coating acts on the part of the garment to play a supporting and shaping role. For example, the shape changes such as the chest, waist, and buttocks of clothing are important parts of clothing design, which shape the three-dimensional shape of clothing.

(1) Design and treatment of chest shape

The chest is the sexiest part of women. In the design of the dress, to highlight the plump upper circumference of women, the chest folds are generally used to make the chest look plumper. The dress fabric is generally made of smooth, soft, and light silk fabrics. This fabric has a poor shaping effect. It is worth noting that regardless of the shape of the chest, the thickness of the clothing fabric can be ignored to determine its shape, and the characteristics of the parylene coating can be used to coat the surface of any fabric to achieve a shaping effect.

(2) Design and treatment of waist shape

The waist is the thinnest part of the human body below the chest and above the buttocks. For women, it directly reflects the gender characteristics of women. In the design of dresses, the design of the waist is mainly to weaken the waist curve, while the strengthening of the waist is mostly used to strengthen the buttocks curve to achieve. In the specific design process, the weakening of the waistline is mainly reflected in the type of external silhouette. For example, the silhouette of the A-type clothing does not highlight the waist of the human body but blurs the waist and buttocks. The two are regarded as a whole, showing an A-shaped shape.

(3) Design and treatment of hip shape

The shaping of the hip shape in the design of the dress is an affirmation of the waistline in terms of visual effect. In different styles of dresses, the hips are shaped symmetrically and asymmetrically, thus forming a balanced difference in the overall silhouette of the clothing. Sharpen the curve of the buttocks of the human body, partially negate the line of the buttocks of the human body, and protrude the fabric beyond the human body, so that the clothing presents an overall outline with a sculptural shape; the shape of the buttocks is changed or strengthened in an exaggerated way, which is required in the expression technique. It does not increase the decorativeness of clothing fabrics, and the clothing is mainly based on structure. In the design and production, the first is to extend the lateral volume of the human body at the buttocks by using the weight-bearing capacity of the fabric itself to achieve a three-dimensional visual effect. The advantage is that the hip line can be arbitrarily shaped according to the requirements of the designer, regardless of the load-bearing capacity of the clothing fabric.

Maggie Nano Technology (Suzhou) Co., Ltd. provides customers with high-quality Parylene coating services for supporting automated intelligent equipment. We are committed to manufacturing professional parylene conformal coating equipment. Parylene conformal coating equipment Model MQP-3001, more details are as follow:

Equipment Model

Main Parameter

3001

Voltage

3 phases 380V 50Hz

Power

3KW

Overall Dimensions

2000*1500*1000mm

Cavity Size

ø320*320mm

The application of paper coated with Parylene is a brand-new and multi-functional new clothing fabric in clothing design, which will bring a new round of design inspiration to clothing designers. It is a relatively new attempt to use paper fabrics as a special fabric in clothing design. The charm of paper clothing is unmatched by cloth clothing.

Analysis of the current situation of women's wedding dress

Expensive fabrics and hand-made costs are the main reasons for the high cost of wedding dresses. Under normal circumstances, each woman has only one opportunity to wear a wedding dress in her lifetime, and usually, after the wedding, the dress will be preserved as a commemorative item. Because wedding clothes are afraid of wrinkles, they need a certain amount of storage space during the storage process, and generally, they will not be taken out to try on after marriage, which is a waste of resources and space. The traditional wedding dress with high cost is very incompatible with its short use time.

Because traditional wedding dresses are mostly made of silk fabrics, and their decorations are generally beaded and embroidered, they will deform and drop beads when cleaning wedding dresses. The use of disinfectant is very unfavorable for the protection of wedding dresses. The depreciation of clothing, so the cleaning work of the wedding dress greatly reduces its service life, and the wedding company is mainly for profit, so the cleaning work is often not in place. Because the rental wedding dress is provided for many people to wear repeatedly, if it is not cleaned and disinfected in time, it will cause certain harm to people's health.

The existence of these problems makes paper disposable wedding dresses a possibility, but ordinary paper itself has disadvantages such as poor flexibility and brittleness, strong water absorption, and low hardness. Parylene coating applied to the surface of paper fabric can improve its shortcomings and achieve the following functional requirements.

Market advantages of parylene paper wedding dresses

The paper coated with parylene has the characteristics of not easily deformed, soft and smooth, light and tough, moisture-proof, water-stain-resistant, and dirt-resistant. Degradability, non-toxicity, and high recycling rate of waste paper. The recycling of paper fabrics is in line with the current requirements for the development of green environmental protection. Moreover, the raw material resources for papermaking are very rich. At present, the production of paper raw materials chooses waste hemp stalks or banana stalks to replace wood, thus saving a lot of wood, and choosing environmentally friendly and recyclable paper fabrics to make disposable wedding dresses. There are many kinds of paper, and the cost is low. The designs and patterns can be changed according to the different types and textures of the paper. The visual texture and aesthetics are not inferior to traditional wedding dresses. Compared with the difference of dozens of times, or even a hundred times, the parylene paper wedding dress has certain market competitiveness in terms of price. Brides can throw disposable dresses into the trash after the wedding, and paper wedding dresses can go into the recycling process. Although the role of the paper wedding dress is one-off, it has fully developed its use value. It's a behavioral change for brides to throw away their wedding dress instead of putting it away. The inherent traditional customs are broken by this change of behavior, creating a whole new wedding culture. At the same time, the paper wedding dresses coated with parylene meet people's needs for comfort and beauty, and show a high degree of harmony and balance between art and technology. Wedding dresses are mostly worn at wedding ceremonies, and there are generally banquets at the ceremony. Parylene paper wedding dresses have the characteristics of waterproof and anti-fouling, which can effectively avoid the erosion of alcohol and beverages when wearing.

Maggie Nano Technology (Suzhou) Co., Ltd. provides customers with high-quality Parylene coating services for supporting automated intelligent equipment.

If you are interested in our products, please get in touch with us as soon as possible.

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Technology is the primary productive force, and technological innovation can improve production efficiency. Technology affects the development and application of clothing fabrics and promotes the innovation of clothing design. The new concepts and forms of modern clothing design are inseparable from fabrics. Excellent design concepts must rely on suitable fabrics to be implemented, to avoid becoming a fantasy. The innovation of clothing itself has been stagnant. In the field of modern fashion design, in addition to the style and color of successful work, the use and processing of fabrics increasingly highlight their importance.

The value of parylene coating

(1) Improve the added value of clothing

Since some fabric art reconstruction can be realized under industrial conditions, the artistic value contained in it can greatly increase the added value of clothing while reducing the cost of keeping the cost unchanged. Parylene coating can be applied before and after garment production due to the needs of different designs. Parylene-coated clothing fabrics have certain functions, such as waterproof, anti-fouling, and wear-resistant functions, which will greatly enhance the added value of clothing and have high use value.

(2) Strengthen the artistic characteristics of clothing

Parylene coating can strengthen, remind and guide the realization of the reconstruction of clothing fabric art. Clothing design is to emphasize certain characteristics of clothing or highlights a certain part of the wearer's body. The artistic post-processing method of clothing fabrics can be used to obtain a multiplier artistic effect and enhance the artistic value of clothing design.

(3) Give fashion designers new creative inspiration

Parylene-coated apparel fabrics can change the performance of apparel fabrics, enhance visual effects, and at the same time make the ordinary shine. Due to the fierce competition in the fast-growing clothing field, each designer pursues a unique and individual style in order to remain invincible. In the past, the one-sided emphasis on modeling material selection has gradually lost its market. Instead, it is based on the variation of fabric shape to create personalized clothing design. It can be seen that the concept of modern clothing design has been completely integrated with fabric shape design. The shape reshaping of clothing fabrics should be centered on clothing, based on the styles of various fabric textures, and integrate the designer's concept and expression techniques. Let the material and potential performance of the clothing fabric itself be brought into full play. The crucial link in clothing design is to unify clothing fabrics with clothing design. Clothing fabrics are an important form of artistic modeling and the material basis for clothing modeling. For example, to show a strong visual impact, it is necessary to combine the simple clothing shape and the texture and three-dimensional sense of the fabric to express it uniformly; the use of parylene coating to change the characteristics of the fabric's softness and hardness, so that a single material can be designed with a variety of fabrics. And the exaggerated shape, therefore, the relationship between the shape remodeling of Parylene clothing fabrics and the shape and color of the clothing will become an important means of expression throughout the clothing design process.

With the advancement of science and technology, the innovation of clothing design is no longer stagnant due to the problem of fabrics. The excellent characteristics of Parylene coating promote the diversified development of clothing fabrics, and the artistic charm and personality of modern clothing are released.

Maggie Nano Technology (Suzhou) Co., Ltd. provides customers with high-quality Parylene coating services for supporting automated intelligent equipment. Such as Parylene Conformal Coating Equipment Model MQP-7001：

Equipment Model Main Parameter

7001

Voltage

3 phases 380V 50Hz

Power

8KW

Overall Dimensions

3000*1800*1500mm

Cavity Size

ø650*800mm