#esd testing

Abu Dhabi has emerged as a hub for electronics manufacturing, aerospace, industrial automation, and precision engineering. In these high-tech sectors, static electricity can pose serious risks to sensitive components, disrupt production lines, and compromise product quality. To mitigate these risks, ESD and Conductivity Testing has become a crucial aspect of quality control and compliance.

ESD testing identifies and manages the effects of electrostatic discharge, while conductivity testing measures the ability of materials to safely transfer or dissipate static charges. Abu Dhabi’s accredited laboratories play a critical role in testing industrial materials, equipment, and components to ensure safe operations and compliance with international standards.

This article explores the common materials and equipment tested in Abu Dhabi ESD and Conductivity labs and their significance for manufacturers.

Understanding ESD and Conductivity Testing

Electrostatic discharge (ESD) occurs when a static electrical charge passes between objects with different electrical potentials. While often harmless to humans, ESD can damage sensitive electronic components, disrupt automated systems, and even create fire hazards in industrial environments.

Conductivity testing measures how materials handle electric charges. Materials can be classified as:

Conductive: Transfers static charges quickly to a grounding point.

Static-dissipative: Slowly and safely dissipates charges over time.

Insulative: Resists the flow of electricity and may accumulate static charge.

By testing materials and equipment, Abu Dhabi labs help manufacturers maintain operational safety, protect sensitive components, and comply with international standards such as IEC 61340, ANSI/ESD S20.20, and relevant ISO/ASTM methods.

Common Materials Tested in ESD and Conductivity Labs

Abu Dhabi’s ESD and Conductivity labs handle a wide range of materials used in manufacturing, electronics assembly, cleanrooms, and industrial environments. Commonly tested materials include:

1. Industrial Flooring Materials

Industrial flooring plays a critical role in controlling static electricity. ESD labs test:

Conductive flooring: Quickly dissipates static charges to ground.

Static-dissipative flooring: Safely dissipates charges in controlled environments.

Vinyl and epoxy coatings: Used in cleanrooms, electronics assembly areas, and laboratories.

Testing ensures that floors meet required resistance-to-ground (RTG) standards, protecting both personnel and sensitive equipment from electrostatic discharges.

2. Workstation Surfaces and Benches

Workstations are high-risk areas for ESD accumulation. ESD labs test:

Static-dissipative mats and tabletop surfaces

Antistatic epoxy or laminate workbenches

Conductive grounding points integrated into workstations

Properly tested workstations reduce the risk of component damage during assembly, inspection, and maintenance operations.

3. Packaging Materials

Electronics and sensitive components require protection during storage and transport. Labs in Abu Dhabi test:

Antistatic bags and bubble wraps

Conductive boxes and trays

Static-shielding envelopes and containers

Conductivity testing ensures that packaging materials safely dissipate charges, preventing latent defects and ensuring products reach clients undamaged.

4. Personal Protective Equipment (PPE)

Personnel handling sensitive electronics or operating in controlled environments can generate static charges. ESD labs evaluate PPE, including:

Wrist straps and grounding cords

Conductive footwear and heel straps

Static-dissipative gloves and lab coats

Testing ensures that personnel are properly grounded and do not inadvertently discharge static onto sensitive components or surfaces.

5. Industrial and Cleanroom Equipment

Machinery and tools in industrial and cleanroom settings can accumulate static charges. Labs test:

Robotic arms and automated assembly equipment

Conveyor systems and carts

Electronic inspection and testing tools

ESD and Conductivity Testing ensures that all equipment is safely integrated into static control programs and does not contribute to electrostatic hazards.

6. Flooring-Footwear Interaction

Static charges often accumulate when personnel walk across industrial floors. ESD labs perform footwear-flooring interaction tests to verify that:

Static-dissipative shoes and flooring combinations meet resistance standards

Employees do not accumulate dangerous charge levels

Automated and manual handling operations remain safe

This testing is particularly important in electronics, semiconductor, and aerospace manufacturing environments in Abu Dhabi.

7. Conductive and Dissipative Coatings

Some facilities apply conductive or static-dissipative coatings to floors, benches, or walls. ESD labs test:

Surface resistance to ensure proper charge dissipation

Compatibility with environmental conditions such as humidity and temperature

Long-term durability for sustained ESD control

These coatings are essential for cleanrooms and precision manufacturing facilities that handle sensitive electronic components.

8. Storage and Shelving Materials

Static can accumulate on shelving and storage racks, affecting products stored on them. Labs test:

Metal and coated racks for proper grounding

Static-dissipative shelving materials

Conductive trays and containers for electronics storage

This ensures that sensitive components remain protected even when stored for extended periods before assembly or shipment.

9. Cables and Wiring

ESD labs also test cables, cords, and wiring used in production and cleanroom environments. Properly tested cables:

Do not generate or retain static charges

Maintain grounding integrity in automated systems

Reduce the risk of equipment malfunction due to static discharge

Testing ensures that the entire electrical infrastructure contributes to overall ESD control.

10. Specialty Materials for High-Tech Applications

Abu Dhabi industries often work with advanced materials such as polymers, composites, and hybrid plastics. ESD and Conductivity Testing ensures that:

Materials meet specified resistivity and conductivity requirements

Sensitive components such as semiconductors or aerospace electronics are protected

International compliance standards are satisfied for export markets

Specialized testing supports innovative manufacturing while maintaining high safety and quality standards.

Benefits of Testing Materials and Equipment in Abu Dhabi Labs

Protects Sensitive Components: Reduces latent defects and prevents component damage.

Supports Workplace Safety: Minimizes the risk of fire or electrical hazards.

Ensures Regulatory Compliance: Meets IEC, ANSI/ESD, ISO, ASTM, and UAE-specific standards.

Improves Production Efficiency: Reduces downtime and avoids costly rework or recalls.

Enhances Export Credibility: Accredited test reports facilitate international trade and client confidence.

Optimizes Material Selection: Helps manufacturers choose suitable conductive, dissipative, or insulative materials.

These benefits make ESD and Conductivity Testing a critical investment for high-tech manufacturing industries in Abu Dhabi.

Choosing the Right ESD and Conductivity Testing Lab in Abu Dhabi

To achieve accurate and actionable results, manufacturers should select ISO/IEC 17025 accredited labs in Abu Dhabi that offer:

Comprehensive testing of floors, workstations, PPE, equipment, and packaging

Experience with electronics, aerospace, industrial, and cleanroom environments

Accurate, traceable, and certified reports for compliance and export purposes

Guidance on corrective actions and optimization of ESD control programs

Partnering with a qualified lab ensures that ESD and conductivity measures are effective, reliable, and compliant with international and local regulations.

Conclusion

ESD and Conductivity Testing is essential for safeguarding sensitive components, maintaining operational efficiency, and ensuring compliance with international standards in Abu Dhabi’s high-tech manufacturing landscape. By testing industrial flooring, workstations, PPE, equipment, packaging, and specialty materials, manufacturers can prevent static-related damage, optimize processes, and protect employees.

Dubai has emerged as a key hub for electronics manufacturing, assembly, and innovation in the Middle East. With advanced technologies, high-precision components, and automated production lines, electronics manufacturers face significant challenges related to static electricity. Even minor electrostatic discharges (ESD) can damage sensitive components, cause latent defects, or disrupt entire production processes. This makes ESD and Conductivity Testing essential for ensuring product reliability, workplace safety, and compliance with international standards.

In this article, we explore the top benefits of conductivity and ESD testing for electronics manufacturers in Dubai and why partnering with an accredited testing lab is critical for operational success.

Understanding ESD and Conductivity Testing

Electrostatic discharge (ESD) occurs when accumulated static electricity moves between objects of different electrical potentials. It is particularly harmful to delicate electronic components like microchips, semiconductors, and circuit boards.

Conductivity testing, on the other hand, measures a material’s ability to conduct or dissipate electrical charges. Materials are classified as:

Conductive: Quickly transfers static charges

Static-dissipative: Slowly and safely dissipates charges

Insulative: Prevents the flow of electricity

Together, ESD and conductivity testing identify potential risks in materials, products, flooring, workstations, and packaging, ensuring safe and reliable electronics manufacturing.

Why Electronics Manufacturers in Dubai Require ESD and Conductivity Testing

Dubai’s electronics industry operates in high-tech environments such as cleanrooms, assembly lines, and data centers. Factors that increase the need for testing include:

Use of sensitive microelectronics and semiconductors

Low-humidity, air-conditioned facilities that increase static buildup

Automated production lines and robotic handling

Compliance with international standards for export markets

By implementing ESD and Conductivity Testing, manufacturers can proactively prevent damage, reduce downtime, and meet regulatory and client requirements.

Top Benefits of Conductivity and ESD Testing

1. Protection of Sensitive Electronic Components

One of the primary benefits of ESD testing is protecting critical electronic components. Static discharges can create latent defects that may not be immediately visible but lead to failures in the field. Testing helps ensure:

Proper grounding of workstations, flooring, and equipment

Correct classification of materials as conductive or dissipative

Safe handling of electronics throughout production

This reduces product failure rates and warranty claims.

2. Improved Product Quality and Reliability

ESD and Conductivity Testing directly contributes to higher product quality. By controlling static electricity:

Components remain undamaged during assembly

Product reliability and longevity are enhanced

Manufacturers maintain their reputation for high-quality electronics

For Dubai electronics companies targeting international markets, quality assurance through testing is essential to compete globally.

3. Compliance with International Standards

Dubai manufacturers often supply products to markets that require adherence to international standards such as:

IEC 61340 series for ESD control

ANSI/ESD S20.20 standards

ISO and ASTM methods for material conductivity

Testing labs ensure that materials, workstations, and protective equipment meet these standards, helping manufacturers maintain regulatory compliance and avoid legal or commercial setbacks.

4. Enhanced Workplace Safety

Static electricity can create fire or explosion hazards, especially in environments with flammable materials or gases. ESD and Conductivity Testing ensures that:

Flooring, PPE, and workstations safely dissipate charges

Personnel are grounded and protected

Risk of electrical accidents or ignitions is minimized

This makes manufacturing facilities safer for employees and reduces insurance and liability risks.

5. Reduced Downtime and Production Losses

Electronics manufacturing is highly sensitive to component failures caused by ESD. Testing prevents disruptions by:

Identifying risky materials before use

Ensuring proper grounding and static control in workstations

Minimizing defective production batches

Reduced downtime and fewer failures translate into higher efficiency and cost savings for Dubai electronics manufacturers.

6. Protection During Storage and Transportation

ESD risks are not limited to the production floor. Conductivity and ESD testing also cover packaging materials and storage environments, ensuring that:

Electronics remain safe during transport

Static-sensitive components are protected in warehouses

Clients receive products free from latent defects

This is particularly important for Dubai manufacturers exporting electronics to international markets.

7. Optimized Use of Materials and Resources

Through testing, manufacturers can select the right materials for workstations, flooring, and packaging. Proper selection:

Reduces unnecessary costs on over-engineered materials

Ensures compliance with standards

Promotes sustainability by minimizing waste

Material optimization helps Dubai manufacturers stay competitive while meeting environmental goals.

8. Support for Cleanroom and High-Tech Environments

Many electronics assembly lines in Dubai operate in cleanrooms and controlled environments. ESD and Conductivity Testing ensures:

Static charges are safely dissipated in sensitive areas

Equipment such as automated pick-and-place machines operate reliably

Contamination risks are minimized

This supports quality control and precision manufacturing requirements in high-tech facilities.

9. Improved Customer Confidence

Clients and international partners increasingly demand proof of ESD compliance. By conducting ESD and Conductivity Testing:

Manufacturers can provide accredited test reports

Customers gain confidence in the reliability and safety of products

Market trust and brand reputation are strengthened

This is a competitive advantage for Dubai electronics manufacturers targeting regional and global markets.

10. Compliance with UAE Regulations

While the UAE primarily follows international ESD standards, local regulations require adherence to safety, quality, and environmental compliance. Accredited ESD and Conductivity Testing labs in Dubai ensure manufacturers:

Meet ECAS (Emirates Conformity Assessment Scheme) requirements

Satisfy project specifications for electronics, cleanrooms, and industrial facilities

Receive credible reports accepted by authorities

This streamlines regulatory approvals and facilitates business operations in the UAE.

Choosing the Right ESD and Conductivity Testing Lab in Dubai

To maximize the benefits, manufacturers should select ISO/IEC 17025 accredited laboratories that offer:

Experience with electronics manufacturing environments

Testing in compliance with IEC, ANSI, ISO, and ASTM standards

Comprehensive testing for materials, flooring, PPE, packaging, and workstations

Reliable, traceable, and detailed reporting

A competent lab ensures accurate results and supports regulatory, operational, and market compliance.

Conclusion

ESD and Conductivity Testing is no longer optional for electronics manufacturers in Dubai. It is a critical component of quality control, workplace safety, and regulatory compliance. By partnering with accredited testing labs, manufacturers can protect sensitive components, enhance product reliability, optimize materials, and maintain compliance with UAE and international standards.

Introduction

In today’s technology-driven industries, electrostatic discharge (ESD) can cause serious damage to sensitive electronics, materials, and components. Whether in manufacturing, quality assurance, or research environments, electrostatic testing plays a crucial role in ensuring product reliability and preventing costly failures. Effective ESD testing helps organizations evaluate how materials behave under electrostatic stress, identify weaknesses, and ensure compliance with industry standards.

Below are the top 7 tips to help engineers, technicians, and quality professionals conduct more accurate, consistent, and meaningful electrostatic tests.

Understand the Type of Electrostatic Stress Being Measured

ESD is not a one-size-fits-all event. Before beginning electrostatic testing, it’s important to determine the specific type of electrostatic stress relevant to the product or material:

Contact discharge – when two surfaces physically touch

Air discharge – when charged objects discharge through air

Charge generation – friction or separation-based static buildup

Charge retention – how long a material holds a static charge

Understanding the failure modes helps in selecting the proper test method and ensures accurate, standards-aligned results.

Use Properly Calibrated and Certified ESD Testing Equipment

No matter how well-designed the test, inaccurate equipment leads to unreliable results. All ESD testing and material testing instruments should be:

Regularly calibrated

Certified to meet recognized standards

Maintained per manufacturer requirements

Calibration ensures voltage accuracy, repeatability, and compliance with industry specifications such as ANSI/ESD, IEC, ASTM, and MIL-STD guidelines.

Control the Test Environment: Temperature, Humidity & Airflow

Environmental factors significantly influence both static buildup and discharge behavior. For consistent and repeatable electrostatic testing, the lab environment should be carefully regulated:

Temperature should remain stable, typically between 20–23°C (68–73°F)

Humidity should be controlled, as low humidity increases static charge

Airflow should be minimal to avoid introducing unpredictable variables

Using a controlled test chamber improves the accuracy of product testing by creating a stable and repeatable environment.

Prepare the Material or Product Correctly Before Testing

Proper sample preparation ensures valid test results. Depending on the type of material testing, preparation may include:

Conditioning materials for 24–48 hours in a controlled environment

Ensuring surfaces are clean, dry, and free of contaminants

Handling samples using ESD-safe gloves, workstations, and packaging

Any contamination or mishandling can change the electrostatic properties of the item being tested.

Follow Established Standards and Testing Protocols

To ensure meaningful and comparable testing, always follow recognized ESD testing standards. Common standards include:

IEC 61340 series (electrostatics)

ANSI/ESD S20.20 (ESD control programs)

ASTM D257 (resistance measurements)

ANSI/ESD STM97 (flooring and footwear)

Standards provide guidance on testing sequence, voltage levels, environmental controls, and required reporting formats—ensuring the results are defensible during audits or product qualification.

Document All Test Conditions and Parameters

Accurate documentation is essential for quality assurance, regulatory compliance, and long-term product improvement. Test logs should include:

Environmental conditions

Equipment used and calibration dates

Test voltages, durations, and discharge methods

Observed performance, failures, or anomalies

This documentation ensures that product testing results are transparent, reproducible, and useful for future engineering analysis.

Review Results Carefully and Use Data for Product Improvement

Effective electrostatic testing is not just about checking a compliance box—it’s a valuable tool for improving product durability and safety. After testing:

Compare results against acceptance criteria

Analyze root causes of failures

Identify weak materials or high-risk handling points

Adjust designs, materials, or processes accordingly

By integrating test results into engineering decision-making, companies can strengthen product reliability and reduce field failures.

Conclusion

Reliable electrostatic testing is essential for industries that work with sensitive electronics, materials, and components. By following best practices—including calibrating equipment, controlling environmental conditions, adhering to standards, and documenting results—organizations can ensure accurate ESD testing, protect products, and maintain high-quality standards.

In modern manufacturing, even the smallest electrostatic discharge can affect how a product performs in the real world. Factors like temperature and humidity play a major role in how materials react to static electricity and how reliable a product remains over time. To address this, Electro-Tech Systems (ETS) provides advanced temperature and humidity-controlled ESD testing services that simulate real operating conditions. This approach ensures every component or device is tested for durability, safety, and consistent performance before it reaches the market.

Why Temperature & Humidity Matter in ESD Testing?

When you subject your device or component to ESD stress, the outcome isn’t only a matter of voltage pulses and discharge networks. The surrounding environment plays a crucial role. Here’s how:

Humidity levels influence surface conductivity and charge dissipation. In low-humidity conditions, static charge builds more easily and discharges more violently; in high humidity, surface leakage and moisture conduction can alter how ESD events occur.

Temperature affects material resistivity, component sensitivity, and even the behaviour of gases or moisture on surfaces.

Without controlling these parameters, ESD testing may not reliably replicate field conditions; you may either over-estimate performance (if your lab is more benign than the field) or under-estimate it.

Therefore, conducting ESD testing inside an environment with managed temperature and humidity ensures that your results align with what your product may encounter in real-life usage, transport, manufacturing or storage.

“Our temperature and humidity climate-controlled gloveboxes have served as the foundation for laboratory research and testing and industrial processing for decades.” 

And

“Our Environmental Control products provide measurement and precise control of temperature and humidity in enclosed environments required for electrostatics, electronics…”

With these assets, ETS is able to deliver ESD testing under controlled climatic conditions—blending the disciplines of environmental reliability testing and electrostatic discharge qualification.

Key Elements of Controlled Environment ESD Testing

When you engage ETS for temperature/humidity-controlled ESD testing, expect the following critical components:

Controlled Chamber or Glovebox – An enclosed space where ambient conditions (temperature, humidity) are precisely set and maintained, eliminating variability.

ESD Test Setup – Inside the controlled environment, you’ll have equipment such as ESD simulators, static meters, resistance measurement tools, etc. ETS offers full ESD instrumentation.

Test Protocols Under Standards – ETS supports many industry standards for ESD test qualification: e.g., IEC 61000-4-2, ANSI/ESD/JEDEC JS-001, JS-002, as well as component-level, system-level and device-level tests.

Data Logging & Analysis – Because the environment is controlled, results can be measured, replicated and analyzed with high confidence.

Application-specific Conditions – Depending on the product use case, ETS can simulate high or low humidity, elevated or low temperatures, and combine these with ESD stress to reveal failure modes.

Advantages of This Approach

Greater reliability of results – By controlling environmental variables, you reduce noise and make your ESD test results more meaningful.

Better prediction of field performance – Many failures happen in extreme or less-controlled environments (hot/humid, cold/dry). Controlled testing simulates these.

Reduced risk of product recalls or field failures – With accurate ESD validation, especially under varied climatic conditions, you mitigate latent reliability issues.

Compliance and certification strength – For regulatory or quality assurance purposes, testing that considers ambient conditions strengthens your documentation.

Efficiency and cost savings – Identifying issues early in development (via controlled ESD testing) saves costly rework, warranty returns and reputational risk.

Typical Use-Cases & Industries

Controlled environment ESD testing is relevant across multiple sectors:

Semiconductor and electronics components – Devices that must survive assembly lines, handling, shipping even in wide temperature/humidity ranges.

Medical devices – Critical instruments where reliability in various ambient conditions is vital.

Automotive and aerospace systems – These face wide temperature extremes and varying humidity, and must pass ESD certification.

Clean-room and manufacturing tooling – Gloves, floors, worksurfaces in ESD-sensitive manufacturing need verification under real conditions. ETS’s product testing page mentions gloves, flooring, hand tools, device testing.

In all of these, temperature/humidity controlled ESD testing strengthens the validation process.

How the Process Typically Works at ETS

Define the test scope – Identify product type (device/system), expected use conditions, relevant standards and environmental profiles.

Setup environment – The chamber or glovebox is configured to the target temperature and humidity levels.

Install product and instrumentation – Place the device under test (DUT) inside the chamber; connect relevant ESD instrumentation.

Execute ESD stress tests – Carry out contact or air discharge tests, device-level, system-level tests, or other relevant methodologies, while environment remains controlled.

Record and analyze results – Evaluate failure thresholds, discharge behaviour, changes caused by environment.

Interpret & report – ETS provides results in accordance with standards and offers consulting/advisory on mitigation strategies if failures occur.

Iterate if needed – For product development, failures may lead to redesign or process control changes; repeat testing as required.

Best Practices for Clients

Specify environmental profiles early – Communicating the target temperature/humidity ranges your product will experience (e.g., –40 °C to +85 °C, 10%-90% RH) helps ETS tailor the test.

Combine with other stress factors – ESD isn’t isolated; often thermal cycling, vibration, humidity soak, etc., may be relevant.

Use realistic handling scenarios – Consider how your product is handled, packaged, stored,and shipped. Static events in dry cold versus humid hot make a difference.

Ensure robust traceability – Ensure calibration of instrumentation and environmental controls is up to date (ETS offers calibration services).

Leverage findings for design improvements – If failures occur under specific environmental conditions + ESD combo, adjust design or process accordingly.

Conclusion

Temperature and humidity-controlled ESD testing is no longer optional—it’s vital for reliable product validation. By engaging with an expert laboratory like ETS, you gain access to the advanced infrastructure and deep domain knowledge required to simulate real‐world conditions and static discharge risks. The result: greater confidence in your product’s field reliability, alignment with regulatory and quality standards, and protection of your brand’s reputation.

Whether you’re developing semiconductors, automotive electronics, medical instruments, or manufacturing tooling in ESD-sensitive environments, make controlled environment ESD testing a central part of your validation strategy.

In today’s technology-driven world, Electrostatic Discharge (ESD) poses a serious threat to the reliability and performance of electronic components, materials, and systems. A single unnoticed static discharge can cause product malfunction, data corruption, or even catastrophic failure. That’s why leading manufacturers and product designers trust Electro-Tech Systems (ETS) for comprehensive material testing services — ensuring their materials meet strict electrostatic safety standards before products reach the market.

What Is ESD and Why Does It Matter?

Electrostatic discharge (ESD) occurs when an imbalance of electric charge between two surfaces suddenly transfers. This might sound minor, but in precision environments — like electronics, packaging, and medical device manufacturing — the effects can be devastating.

Even a discharge of less than 100 volts (invisible to the human eye) can damage sensitive circuitry or compromise material integrity. Over time, repeated exposure to ESD can degrade performance, shorten lifespan, and increase warranty costs.

That’s why proactive material characterization and testing are critical.

How ETS Leads in Material Testing for ESD Safety

For over five decades, Electro-Tech Systems (ETS) has been a pioneer in electrostatic testing, ESD control, and environmental simulation systems. Their ISO 17025-accredited laboratory offers a comprehensive range of tests that help manufacturers assess, validate, and certify materials against ESD risks.

ETS’s Material Testing Capabilities Include:

Surface Resistivity Testing (ASTM D257, ANSI/ESD STM11.11)Determines whether a material is conductive, static dissipative, or insulating — a key factor in designing ESD-safe work surfaces, packaging, and enclosures.

Volume Resistivity MeasurementEvaluates how a material’s internal resistance affects charge accumulation and dissipation.

Static Decay Testing (FTMS 101C, Method 4046)Measures how quickly a charged material returns to a neutral state. This is essential for materials used in cleanrooms, packaging, and electronics assembly.

Charge Generation / Triboelectric TestingIdentifies how much static charge a material generates when rubbed or separated from another surface — critical for preventing charge build-up during handling or processing.

Environmental Conditioning & Humidity ControlETS’s test chambers simulate real-world temperature and humidity variations to ensure material performance remains stable under all conditions.

Why Material Testing at ETS Makes a Difference?

ETS doesn’t just deliver test results — it delivers insight. Their experts interpret data to help clients:

Select the right ESD-safe materials for product design or packaging.

Compare suppliers based on measurable performance data.

Validate compliance with global standards such as IEC 61340, MIL-STD-3010, and ANSI/ESD S20.20.

Reduce costly failures by catching problems during R&D instead of after production.

With decades of experience in electrostatics, tribology, and materials science, ETS ensures every client receives precise, repeatable, and accredited results.

Protecting Your Products Before They Fail

Material testing at ETS is not just a compliance checkbox — it’s an essential part of quality assurance and risk prevention. By understanding how your materials behave under electrostatic stress, you gain control over one of the most unpredictable variables in product performance.

Whether you’re designing ESD-safe packaging, work surfaces, or sensitive electronic components, ETS’s testing helps you:

Minimize ESD-related product returns

Extend component lifespan

Improve overall product reliability

Build customer confidence through documented compliance

Partner with ETS for Reliable Material Testing

When you choose ETS, you’re not just accessing advanced testing equipment — you’re partnering with a team that’s been setting electrostatic standards since 1976.

Their blend of technical expertise, precision instrumentation, and accredited processes ensures your products meet the highest safety and performance benchmarks.

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