Why Synthetic Rubber SBR1712 Stands Out

Synthetic rubber is a material we use daily without giving it much thought. It’s found everywhere, from car tires to shoes. One common type of synthetic rubber is Styrene-Butadiene Rubber (SBR), which is essential across various industries. Known for being affordable and dependable, it’s widely used. Within the SBR family, there’s a particular grade called SBR1712, which stands out due to its unique properties. This specific grade is used in a range of products and offers distinct benefits compared to other types. Let’s dive into what makes SBR1712 so significant!

What is SBR1712?

SBR1712 as a Grade of Styrene-Butadiene Rubber

SBR1712 is a specific grade of Styrene-Butadiene Rubber (SBR), a synthetic rubber made from two main components: styrene and butadiene. This particular grade stands out due to its unique formulation and properties, making it well-suited for specific applications compared to other types of SBR.

Chemical Composition: Styrene to Butadiene Ratio

SBR1712 has a distinct balance between its two key ingredients, with about 23.6% styrene and 76.4% butadiene. This particular ratio gives it performance advantages that other types of SBR may not offer.

Key Characteristics of SBR1712 vs. Other Types of SBR

Compared to other SBR types, SBR1712 excels in wear resistance, processability, and durability. These qualities make it a preferred choice for industries where performance and longevity are crucial.

Unique Properties of SBR1712

Exceptional Wear Resistance

SBR1712 is ideal for high-friction applications, such as tires and industrial machinery. Its resistance to wear and tear ensures longer product life, making it an excellent choice in demanding environments.

Superior Processability

This rubber is easy to process, allowing it to be molded into various shapes and sizes. This flexibility makes it suitable for a wide range of products and manufacturing methods.

Enhanced Durability

SBR1712 resists aging, UV exposure, and weathering, maintaining its strength and durability even under harsh conditions. This property is especially valuable for products exposed to the elements.

Heat Resistance

SBR1712 can endure high temperatures without degrading, which is essential for many industrial applications that involve heat exposure.

Flexibility and Toughness

This grade strikes a perfect balance between flexibility and toughness. This combination is useful in products that need both strength and elasticity, such as tires, seals, and gaskets.

Applications of SBR1712

Tire Manufacturing

SBR1712 is commonly used in tires, contributing to improved durability, performance, and safety on the road.

Automotive Parts

It is also used for automotive components like seals, gaskets, and hoses, all of which require high durability and resistance to wear.

Footwear and Consumer Goods

In the consumer goods sector, SBR1712 is used in shoes, sports equipment, and other rubber-based products, providing strength, flexibility, and comfort.

Industrial Uses

SBR1712 is employed in heavy-duty machinery, such as in conveyor belts, seals, and gaskets. Its wear resistance and durability make it the perfect fit for these tough applications.

Why Chembroad‘s SBR1712 Stands Out

Performance Benefits

Chembroad’s SBR1712 excels in performance, meeting stringent specifications. It offers high wear resistance, excellent processability, and long-lasting durability. The rubber’s stable viscosity also makes it easier to handle in manufacturing processes.

The key specifications of SBR1712 include a volatile matter content of 0.21% and an ash content of 0.04%. The organic-acid content is 5.96%, while the soap content is also 0.04%. The bound styrene content is 23.6%. When tested at 100°C, the viscosity of raw rubber (ML 1+4) ranges from 51 to 52, and the viscosity of compound rubber (ML 1+4) is 76. The modulus at 300% elongation, tested at 145°C for 35 minutes, is 18.0 MPa. Additionally, the tensile strength after 35 minutes at 145°C is 22.7 MPa.

Cost-Effectiveness

Chembroad’s SBR1712 strikes an ideal balance between high performance and cost-effectiveness. Manufacturers can achieve quality results without breaking the budget, making it a popular choice in various industries.

Sustainability

Chembroad’s commitment to sustainability is reflected in their SBR1712. The production process generates lower emissions, and the rubber’s long-lasting properties help minimize waste. Chembroad also focuses on continuous improvement, using R&D to make their processes and products more sustainable.

Research and Development Expertise

Chembroad boasts a robust R&D team made up of doctors, engineers, and seasoned technicians. With over 100 customized products developed in collaboration with research labs and universities, Chembroad is dedicated to advancing product performance and innovation.

Comparing SBR1712 with Other Synthetic Rubbers

SBR1712 vs. Other Synthetic Rubbers

When compared to other synthetic rubbers like EPDM, Nitrile, and CR, SBR1712 holds its own. It generally offers superior wear resistance and processability compared to EPDM and CR. Additionally, it provides a better balance of heat resistance and flexibility than Nitrile.

Performance Highlights

• Wear Resistance: SBR1712 performs exceptionally well in high-friction environments, outperforming many alternatives.
• Heat Resistance: SBR1712 holds up under heat without breaking down.
• Flexibility: It remains flexible, even in demanding conditions.
• Cost: Compared to other synthetic rubbers, SBR1712 provides excellent value, combining high performance with a reasonable cost.

Unlock the Advantages of SBR1712 for Your Business

Take advantage of SBR1712 and enhance your operations. Whether you’re producing tires, seals, or other rubber products, this material is tailored to meet your needs while remaining budget-friendly. Contact us today to discover how SBR1712 can streamline your production process and give you a competitive edge in the market!