#sbrcompound

Rubber plays a crucial role in countless industries—from automotive and construction to healthcare and consumer goods. However, raw rubber alone cannot meet the demanding performance requirements of modern applications. This is where rubber compounding comes into play.

At GB Gummi, the focus lies in creating high-performance rubber compounds tailored to specific industrial needs. Whether it’s natural rubber vulcanization or advanced synthetic blends like SBR, EPDM, and silicone rubber compounds, each material offers unique properties that make it suitable for different environments.

This guide explores the science, benefits, and applications of these essential rubber compounds in a way that’s easy to understand and practical for real-world use.

Natural Rubber Vulcanization: The Foundation of Durability

Natural rubber, derived from latex, is known for its excellent elasticity and resilience. However, in its raw form, it is too soft and unstable for most industrial uses.

The breakthrough comes with vulcanization, a chemical process that transforms natural rubber into a stronger, more durable material.

What is Vulcanization?

Vulcanization involves heating natural rubber with sulfur and other additives. This process creates cross-links between polymer chains, improving strength, elasticity, and resistance to heat and wear.

Benefits of Natural Rubber Vulcanization:

Enhanced tensile strength

Improved elasticity and flexibility

Resistance to abrasion and tearing

Better thermal stability

Applications:

Vulcanized natural rubber is widely used in:

Tyres and tubes

Conveyor belts

Shock absorbers

Industrial seals

At GB Gummi, natural rubber compounds are engineered to maintain consistency and performance even under extreme operating conditions.

SBR Compound: Cost-Effective and Versatile

Styrene-Butadiene Rubber (SBR) is one of the most widely used synthetic rubbers in the world. It was originally developed as an alternative to natural rubber and has since become a staple in industrial manufacturing.

Key Characteristics of SBR Compound:

Good abrasion resistance

Excellent aging stability

Cost-effective alternative to natural rubber

Moderate resistance to heat and chemicals

Why Choose SBR?

SBR compounds are ideal when you need a balance between performance and cost. While they may not match natural rubber in elasticity, they excel in durability and wear resistance.

Common Applications:

Automotive tyres

Rubber flooring

Conveyor belts

Footwear soles

GB Gummi formulates SBR compounds with precise ingredient control, ensuring uniform quality and performance across batches.

EPDM Compound: Superior Weather and Chemical Resistance

Ethylene Propylene Diene Monomer (EPDM) rubber is known for its exceptional resistance to environmental factors. It is the go-to choice for applications exposed to sunlight, ozone, water, and extreme temperatures.

Properties of EPDM Rubber Compound:

Excellent weather and UV resistance

Outstanding resistance to ozone and oxidation

High flexibility in low temperatures

Good electrical insulation properties

Why EPDM Stands Out:

Unlike many other rubbers, EPDM does not degrade easily when exposed to harsh outdoor conditions. This makes it highly reliable for long-term applications.

Applications:

Automotive weather seals

Roofing membranes

Cable insulation

Gaskets and O-rings

At GB Gummi, EPDM rubber compounds are designed for durability and longevity, ensuring minimal maintenance and maximum performance.

EPDM Rubber Compound: Tailored for Industrial Excellence

While EPDM is already a versatile material, compounding enhances its properties even further. By adding fillers, curing agents, and stabilizers, manufacturers can tailor EPDM to meet specific industrial requirements.

Custom Features of EPDM Compounds:

Enhanced tensile strength

Improved compression set resistance

Custom hardness levels

Increased chemical resistance

Industrial Advantages:

EPDM compounds are especially useful in industries that demand reliability over long periods, such as:

Construction

Automotive

Electrical systems

Water management systems

GB Gummi specializes in customizing EPDM rubber compounds based on client specifications, ensuring optimal performance for every application.

Silicone Rubber Compound: High-Performance Under Extreme Conditions

Silicone rubber compounds are in a league of their own when it comes to temperature resistance and flexibility. They are widely used in industries where standard rubber materials fail.

Key Properties of Silicone Rubber:

Excellent heat resistance (up to 250°C or more)

Outstanding flexibility at low temperatures

Non-toxic and biocompatible

Superior resistance to UV and ozone

Why Silicone Rubber is Unique:

Silicone rubber maintains its properties across a wide temperature range, making it ideal for both extreme heat and freezing conditions.

Applications:

Medical devices

Food-grade seals and tubing

Electrical insulation

Automotive components

At GB Gummi, silicone rubber compounds are developed with precision to meet stringent quality and safety standards.

Why GB Gummi is a Trusted Name in Rubber Compounding

In a competitive industry, quality and consistency are everything. GB Gummi stands out by offering:

Advanced compounding technology

Strict quality control processes

Custom formulation capabilities

Industry-specific solutions

Reliable supply chain

The company’s expertise ensures that every rubber compound delivers optimal performance, whether it’s for automotive, industrial, or specialized applications.

Future Trends in Rubber Compounding

The rubber industry continues to evolve with advancements in materials science and sustainability. Some key trends include:

Development of eco-friendly rubber compounds

Improved recycling techniques

High-performance synthetic blends

Smart materials with enhanced durability

GB Gummi is committed to staying ahead of these trends, continuously innovating to meet the needs of modern industries.

Conclusion

Rubber compounding is both a science and an art. From natural rubber vulcanization to advanced silicone formulations, each material offers unique advantages that cater to specific industrial requirements.

Understanding the differences between SBR, EPDM, and silicone rubber compounds can help businesses make informed decisions and improve product performance.

Rubber plays a vital role in a wide range of industries, from automotive to construction and heavy machinery. The evolution of rubber technology, especially natural rubber vulcanization and advanced compounding techniques, has transformed raw rubber into high-performance materials. Today, rubber compound manufacturers in India, like GB Gummi, are driving innovation by offering customized and durable rubber solutions.

This blog explores key concepts including natural rubber vulcanization, SBR compound, unvulcanized rubber compound, and the growing importance of the rubber manufacturing industry in India.

What is Natural Rubber Vulcanization?

Natural rubber in its raw form is soft, sticky, and not suitable for most industrial uses. Vulcanization is a chemical process that enhances the physical properties of rubber, making it stronger, more elastic, and more durable.

Key Benefits of Vulcanization:

Improved tensile strength

Enhanced elasticity

Better resistance to heat and wear

Increased durability and lifespan

Through vulcanization, natural rubber becomes suitable for demanding applications such as tires, seals, and industrial components. GB Gummi uses advanced vulcanization techniques to ensure consistent quality and performance in every product.

Role of a Rubber Compound Manufacturer

A rubber compound manufacturer is responsible for developing and producing rubber materials tailored to specific applications. This involves blending raw rubber with various additives such as fillers, accelerators, and stabilizers.

What Makes a Reliable Manufacturer?

Expertise in formulation and compounding

High-quality raw materials

Advanced production technology

Strict quality control processes

GB Gummi stands out as a trusted rubber compound manufacturer by delivering customized solutions that meet the exact requirements of different industries.

Understanding SBR Compound

SBR compound (Styrene-Butadiene Rubber) is one of the most widely used synthetic rubber materials due to its excellent abrasion resistance and cost-effectiveness.

Key Features of SBR Compound:

High abrasion resistance

Good mechanical strength

Cost-efficient alternative to natural rubber

Reliable performance in general applications

Common Applications:

Automotive tires

Conveyor belts

Industrial flooring

Rubber mats

GB Gummi manufactures high-performance SBR compounds designed to deliver durability and consistency in a variety of applications.

What is Unvulcanized Rubber Compound?

Unvulcanized rubber compound refers to rubber material that has not yet undergone the vulcanization process. At this stage, the rubber remains soft and highly workable.

Advantages of Unvulcanized Rubber:

Easy to mold and shape

Ideal for extrusion and processing

Customizable for specific applications

Once shaped, the material is then vulcanized to achieve its final strength and durability. GB Gummi provides premium unvulcanized rubber compounds that ensure smooth processing and excellent final results.

Growth of Rubber Compound Manufacturers in India

India has become a major hub for rubber manufacturing, with a strong presence of skilled manufacturers and advanced production facilities. Rubber compound manufacturers in India are meeting both domestic and global demand with high-quality products.

Why India is a Leading Market:

Availability of raw materials

Skilled workforce

Cost-effective production

Growing industrial demand

GB Gummi is proud to be part of this expanding industry, offering innovative and reliable rubber solutions across India and beyond.

Importance of Choosing the Right Rubber Compound

Selecting the correct rubber compound is crucial for ensuring product performance and longevity. Each type of rubber has unique properties that make it suitable for specific conditions.

Factors to Consider:

Exposure to heat and temperature

Resistance to chemicals and oils

Mechanical stress and wear

Environmental conditions

GB Gummi works closely with clients to recommend and develop the most suitable rubber compounds for their applications.

Custom Solutions by GB Gummi

Every application has unique requirements, and customization is key to achieving optimal performance. GB Gummi specializes in developing tailored rubber compounds that meet specific industrial needs.

Services Offered:

Custom rubber formulations

Consistent quality assurance

Technical support and expertise

Scalable production capabilities

Whether you need SBR compound, unvulcanized rubber compound, or advanced vulcanized materials, GB Gummi delivers solutions you can trust.

Future of Rubber Manufacturing

The rubber industry continues to evolve with new technologies and sustainability initiatives. Manufacturers are focusing on improving performance while reducing environmental impact.

Emerging Trends:

Eco-friendly rubber compounds

Advanced material engineering

Increased automation in production

Demand for high-performance materials

GB Gummi is committed to staying ahead of these trends by continuously improving its products and processes.

Conclusion

Natural rubber vulcanization, SBR compound, unvulcanized rubber compound, and the role of rubber compound manufacturers in India are all essential aspects of modern industrial manufacturing. Understanding these elements helps businesses choose the right materials for better performance and durability.

EPDM and SBR Rubber Compounds GB Gummi: Multitasking Solutions to the Industry of the Future

In the modern industrial and manufacturing environment, the need to have high quality of the rubber materials is important in ensuring that products manufactured are durable, efficient and reliable. EPDM (Ethylene Propylene Diene Monomer), and SBR (Styrene Butadiene Rubber) are considered to be two of the most widely used synthetic rubber in India and throughout the world. The materials are the basis of numerous industrial, automotive, and use applications because of their special characteristics, strength, and versatility.

GB Gummi is a major manufacturer of rubber solutions in India and its main focus is on the production of high-performance EPDM compounds, SBR compounds, and SBR rubber. GB Gummi offers materials that suit the needs of the modern industries because of its emphasis on quality, consistency and customized solutions.

What Is EPDM Rubber Compounds and SBR Rubber Compounds?

EPDM Compound

EPDM compound is an artificially created elastomer which is synthesized out of ethylene and propylene along with a minimal amount of diene monomer. This material can be vulcanized and cross-linked to increase flexibility, strength and durability. EPDM materials are also highly appreciated due to their weathering, ozone, ultraviolet and chemical resistance and they represent the best choice to use in outdoor applications and industries.

SBR Compound and SBR Rubber

SBR compound is a product that is produced after the polymerization of butadiene and styrene to produce SBR rubber which is a versatile synthetic material. SBR is characterized by its high abrasion resistance, elasticity and affordability, which is why it can be used in the automotive parts, industry parts, and consumer goods. GB Gummi develops SBR compounds with great care to ensure that its performance in a wide range of conditions can be uniform.

Important Characteristics of EPDM and SBR Rubber

EPDM Rubber Properties

Extraordinary weather, UV, and ozone coverage.

Extensive temperature elasticity and flexibility.

Excellent chemical permeability to acids, alkalis and water.

Long-life performance when used in the outdoor and industrial application.

Simple to machine into sheets, moulded components, seals and gaskets.

SBR Rubber Properties

Good abrasion and wear resistance.

Tensile strength and elasticity are good.

Less expensive than rubber made the natural way.

One under mechanical pressure and routine wear.

Compounds readily with fillers and additives.

Both EPDM and SBR compounds have many industrial uses due to their properties.

The EPDM and SBR Compounds Applications

Automotive Industry

The automotive industry is also a heavy user of EPDM and SBR rubber since it is durable, flexible, and resistant to the environment:

Door and window seals (EPDM)

Anti-vibration bushings and mounts (SBR)

Hoses and tubing (EPDM & SBR)

Rubber cushions and protective parts (SBR)

The compounds of GB Gummi are designed to deliver a stable performance in automotive parts that are critical.

Industrial Applications

EPDM and SBR compounds are applied in manufacturing and heavy industries in:

Gaskets, seals, and O-rings

Conveyor belts and rubber pads

Vibration dampers and shock absorbing elements

Machinery rubber molding parts

The use of these applications requires rubber that is resistant to constant stress and mechanical load combined with the durability to the influences of chemicals or extreme weather. The compounds of GB Gummi provide good performance in the industry.

Construction and Infrastructure

EPDM materials are good construction materials because they withstand the weather, whereas SBR rubber may be applied to structural and protective elements:

Roofing membranes (EPDM)

Expansion joint fillers (EPDM and SBR)

Weatherproof seals (EPDM)

Gaskets and profiles of rubber (SBR)

In order to ensure that their rubber compounds can endure the extreme environmental conditions, GB Gummi makes sure that they are elastic and durable.

Consumer Goods and Footwear

EPDM and SBR are extensively utilised in consumer goods as a means of flexibility, grip and resilience:

Soles and midsoles (SBR) footwear

Rubber mats and domestic products (EPDM & SBR)

Molded athletic and fitness equipment (EPDM)

Their ability to be versatile makes them the perfect choice in products that need durability and comfort in their daily use.

Why Select GB Gummi as Rubber Compounds?

GB Gummi is also a reputable producer of EPDM compounds, SBR compounds and SBR rubber in India. Key reasons include:

Customized Formulations

GB Gummi creates compounds that can meet the needs of hardness, elasticity, chemical resistance and environmental performance.

Extensive Technology in Manufacturing

The existence of modern compounding and processing equipment guarantees uniformity, reproducibility, and high-quality.

Strict Quality Control

Each lot is tested in terms of tensile strength, abrasion resistance, elongation and environmental stability.

Industry Expertise

Having years of experience in the automotive, industrial and consumer markets, GB Gummi is aware of particular requirements in the application.

Trustworthy Supply and Technical Services

Regular shipments, technical support and material advice assists clients to maximize operation and production.

EPDM and SBR Process at GB Gummi

GB Gummi follows the systematic way towards high-performance rubber compounds:

Choosing of High Quality Raw Materials - Styrene, butadiene, ethylene, propylene, and additives.

Precision Compounding - Excellent mixing to the required mechanical properties.

Processing and Vulcanization- Controlled curing to strengthen and increase flexibility.

Testing and Quality Validation - Compliance with the performance standards.

Final Packaging and Delivery- Approved batches are only supplied.

This happens to be a very careful process, which ensures that there are uniform and high-quality EPDM and SBR compounds applicable to various uses.

The Benefits of EPDM and SBR Compounds at GB Gummi

Good Durability and resistance to abrasion

Chemical resistance (EPDM), weather, UV

Strong elasticity and mechanical characteristics

Adaptable to various industrial, automotive and consumer requirements

Uninterrupted quality between batches of production

Material solutions are cost effective

All these advantages have rendered GB Gummi a great choice among business partners who want to find good rubber solutions.

Customization and Technical Support

GB Gummi has a team of technical support to assist customers:

Choose the appropriate compound to use

Maximize performance and life cycle

Diagnose processing/material problems

Individualize recipes on hardness, colour and elasticity

Such a client-centered approach will guarantee maximum satisfaction and material performance.

Betrayal to Quality and Sustainability

GB Gummi pledges to provide quality, environmentally-friendly rubber products:

Application of environmental friendly compounding techniques

Efficient manufacturing processes in terms of energy

On-going research and development to enhance EPDM and SBR properties

Durable products and materials that minimize replacement and wastes

With the emphasis on quality and sustainability, GB Gummi has made their EPDM and SBR solutions to be high performance, as well as environmentally conscious.

Conclusion

Applications in industries that need flexible, reliable, and long-lasting rubber are the fundamental components of the EPDM and SBR compounds. These compounds are also utilized in the automotive seals and industrial gaskets, construction profiles, and consumer products, and there is a great variety of application in almost all industries.

GB Gummi is the major manufacturer of EPDM, SBR compounds based in India with high quality and customizable rubber solutions aimed at satisfying the strict requirements of industry. Developed manufacturing technology, quality management and technical services make sure that GB Gummi rubber compounds will provide long last performance, durability and value.

Rubber materials play a crucial role in industries like automotive, construction, oil and gas, chemical, and manufacturing. While natural rubber has its advantages, synthetic rubbers offer enhanced performance and durability under harsh conditions. Among the most widely used synthetic rubbers today are nitrile rubber, SBR compound, and neoprene. Each of these materials has unique properties that make them ideal for specific applications.

1. What Is Nitrile Rubber?

Nitrile rubber, also known as NBR (Nitrile Butadiene Rubber), is a synthetic rubber that offers exceptional resistance to oils, fuels, and other chemicals. It is created through the polymerization of acrylonitrile and butadiene.

Key Properties of Nitrile Rubber:

Excellent resistance to petroleum-based oils and fuels

High abrasion and wear resistance

Good tensile strength and durability

Moderate flexibility at low temperatures

Easy to mold and process for industrial applications

Common Applications of Nitrile Rubber:

Automotive: seals, gaskets, fuel hoses, O-rings, and engine parts.

Oil & Gas: protective gloves, seals, and lining for equipment.

Industrial Machinery: hoses, belts, diaphragms, and vibration mounts.

Medical & Safety: protective gloves due to chemical resistance.

One of the biggest advantages of nitrile rubber is its ability to perform well in environments exposed to oils and fuels — something natural rubber cannot handle efficiently.

2. What Is SBR Compound and Why Is It Popular?

SBR compound (Styrene Butadiene Rubber) is another widely used synthetic rubber, known for its excellent abrasion resistance, good aging stability, and cost-effectiveness. It is produced by copolymerizing styrene and butadiene.

Key Properties of SBR Compound:

High resistance to abrasion and wear

Good aging and ozone resistance (when properly formulated)

Easy processing and blending with other materials

Cost-effective alternative to natural rubber

Good tensile strength and resilience

Applications of SBR Compound:

Tires and Automotive Parts: tread material, gaskets, belts, and seals.

Footwear: soles, heels, and flexible components.

Industrial Flooring and Mats: shock absorption and durability.

Conveyor Belts and Mechanical Parts: due to its toughness.

SBR is widely used in industries where cost-efficiency and durability are priorities. It is also easy to compound with fillers and additives, allowing manufacturers to customize its properties based on specific requirements.

3. What Is Neoprene and What Makes It Special?

Neoprene, technically known as polychloroprene, is a synthetic rubber famous for its balance of oil resistance, weathering resistance, and flexibility. It was one of the first synthetic rubbers to be developed and remains in high demand today.

Key Properties of Neoprene:

Excellent resistance to weather, ozone, and UV rays

Good oil and chemical resistance

High flexibility and resilience over a wide temperature range

Flame retardant properties

Good sealing and cushioning performance

Applications of Neoprene:

Automotive: CV boots, seals, hoses, and engine mounting components.

Construction: expansion joints, soundproofing, and insulation.

Marine and Outdoor Equipment: wetsuits, protective covers, and gaskets.

Electrical: cable jackets, insulation, and protective sleeves.

Because of its excellent resistance to environmental factors, neoprene is often used in outdoor and marine environments where other rubbers degrade quickly.

Oil Resistance: Nitrile Rubber – Excellent; SBR Compound – Low; Neoprene – Good.

Chemical Resistance: Nitrile Rubber – High; SBR Compound – Moderate; Neoprene – High.

Weathering Resistance: Nitrile Rubber – Moderate; SBR Compound – Low; Neoprene – Excellent.

Temperature Resistance: Nitrile Rubber – Good (-30°C to 100°C); SBR Compound – Moderate; Neoprene – Excellent (-40°C to 120°C).

Flexibility: Nitrile Rubber – Good; SBR Compound – High; Neoprene – High.

Cost: Nitrile Rubber – Moderate; SBR Compound – Low (Cost-effective); Neoprene – Moderate to Premium.

Common Uses: Nitrile Rubber – Automotive, oil & gas; SBR Compound – Tires, footwear, conveyor belts; Neoprene – Outdoor, marine, construction, sealing.

Summary:

Nitrile rubber excels in oil and chemical resistance, making it ideal for automotive and fuel-handling applications.

SBR compound is cost-effective and great for wear resistance, used heavily in tires and general industrial products.

Neoprene stands out for its excellent weather and temperature resistance, suitable for outdoor, marine, and sealing applications.

5. Why Industries Prefer Synthetic Rubber

Industries today prefer synthetic rubbers like nitrile, SBR, and neoprene for several reasons:

Durability: Better resistance to oil, weather, and abrasion than natural rubber.

Customization: Easy to modify with additives to achieve desired performance.

Cost Efficiency: Especially with SBR, which is widely used in high-volume products.

Longer Service Life: Better performance in extreme environments.

These benefits make synthetic rubber an integral part of modern industrial production, transportation, and infrastructure.

6. Quality Control in Rubber Manufacturing

To ensure consistent performance, manufacturers conduct strict quality checks on nitrile, SBR, and neoprene products.

Common quality tests include:

Hardness and tensile strength testing

Heat and aging resistance

Oil and chemical compatibility tests

Dimensional accuracy and surface finish inspections

Reliable rubber component manufacturers often comply with ISO, ASTM, or BIS standards to ensure their products meet global quality benchmarks.

7. The Future of Synthetic Rubber

The future of the rubber industry is focused on innovation and sustainability. Key trends include:

Development of eco-friendly rubber compounds with lower environmental impact.

Use of recycled and reclaimed rubber in manufacturing.

Improved performance formulations for extreme temperature and chemical exposure.

Expansion of applications in renewable energy, medical, and advanced engineering sectors.

With the continuous growth of automotive, construction, and electronics industries, the demand for nitrile rubber, SBR compound, and neoprene is expected to rise further.

Conclusion

Nitrile rubber, SBR compound, and neoprene each offer unique properties that make them essential in different industrial applications. Nitrile rubber is the best choice for oil and chemical resistance, SBR compound provides excellent abrasion resistance at a cost-effective price, and neoprene stands out for its weather and temperature resistance.

The rubber industry is one of the key pillars of industrial manufacturing, providing essential materials for automotive, construction, oil & gas, footwear, and consumer goods. Among the various materials used, nitrile butadiene rubber (NBR) and SBR compound stand out for their versatility and performance. Trusted rubber compound manufacturers in India produce these materials to meet both domestic and global demand, ensuring high-quality standards for diverse applications.

Understanding Nitrile Butadiene Rubber (NBR)

Nitrile butadiene rubber is a synthetic elastomer made by copolymerizing acrylonitrile and butadiene. Known for its exceptional resistance to oils, fuels, and chemicals, NBR is widely used in industries that require robust sealing and flexible performance under harsh conditions.

Key properties of NBR include:

Excellent resistance to petroleum-based oils and fuels

Good abrasion and wear resistance

Wide operating temperature range (-40°C to +120°C)

Strong mechanical strength

Common applications:

Oil seals and gaskets

O-rings and hydraulic hoses

Fuel system components

Industrial gloves for chemical resistance

Due to its balance of flexibility and toughness, NBR remains a top choice for sealing and industrial rubber applications.

SBR Compound: Cost-Effective Performance

SBR compound refers to materials made using styrene-butadiene rubber, another widely used synthetic rubber. SBR is valued for its cost-effectiveness, abrasion resistance, and good aging stability when blended with other materials.

Key properties of SBR compound include:

High abrasion and wear resistance

Good tensile strength and flexibility

Cost-effective production

Suitable for a variety of fillers and additives

Common applications:

Tire treads and conveyor belts

Footwear soles and sporting goods

Gaskets and vibration mounts

Industrial hoses and seals

While SBR does not have the same oil resistance as NBR, it performs exceptionally well in applications where cost efficiency and durability are priorities.

Rubber Compound Manufacturers in India: Meeting Global Standards

India is home to many reputed rubber compound manufacturers who produce both NBR and SBR compounds, catering to industries across the world. These manufacturers invest in advanced mixing facilities, quality control labs, and R&D to deliver tailor-made solutions.

Key strengths of Indian manufacturers include:

Customization: Ability to develop NBR or SBR compounds to meet specific hardness, color, and performance needs.

Quality Assurance: Compliance with ISO, ASTM, and RoHS standards ensures global acceptance.

Material Expertise: Knowledge in blending natural and synthetic rubbers for enhanced properties.

Competitive Pricing: Lower production costs without compromising quality make Indian suppliers highly competitive internationally.

Many rubber compound manufacturers in India also export to Europe, North America, and the Middle East, providing consistent quality and timely delivery.

Choosing the Right Compound for Your Application

When deciding between nitrile butadiene rubber and SBR compound, consider factors such as:

Chemical Exposure: Choose NBR for oil, fuel, or chemical resistance.

Abrasion Resistance: Both NBR and SBR perform well, but SBR is often preferred for dry abrasion.

Temperature Range: NBR offers a wider temperature tolerance.

Cost Efficiency: SBR is more economical for non-oil-resistant applications.

An experienced rubber compound manufacturer in India can help you select the right formulation to match your operational requirements and budget.

Conclusion