1. FKM (Fluoroelastomer):

• Highest UV Resistance: FKM exhibits excellent resistance to UV radiation, making it ideal for outdoor and high-exposure environments.

• Highest Traction Resistance: With superior traction resistance, FKM ensures secure fastening and durability even under strenuous conditions.

• Best Torsion Resistance: Its robust torsion resistance guarantees stability and longevity.

• Excellent Temperature Resistance: FKM can withstand extreme temperatures, maintaining its integrity in both hot and cold environments.

• Cosmetic and Perfume Resistance: This material is resistant to cosmetic and perfume ingredients, ensuring longevity and aesthetics.

• Unallergic: FKM is hypoallergenic, making it suitable for sensitive skin.

2. HNBR (Hydrogenated Nitrile Butadiene Rubber):

• Good UV Resistance: While not as high as FKM, HNBR still offers decent UV resistance, suitable for many outdoor applications.

• Good Traction Resistance: HNBR provides reliable traction resistance, ensuring secure fastening in various conditions.

• Usual Torsion Resistance: It offers standard torsion resistance, suitable for many everyday applications.

• Good Temperature Resistance: HNBR maintains its performance across a range of temperatures, suitable for diverse environments.

• Unallergic: Like FKM, HNBR is hypoallergenic, minimizing allergic reactions.

3. NBR (Nitrile Butadiene Rubber):

• Good UV Resistance: Similar to HNBR, NBR offers decent UV resistance, making it suitable for outdoor use.

• Good Traction Resistance: NBR provides reliable traction resistance for various applications.

• Usual Torsion Resistance: Its torsion resistance meets standard requirements for many applications.

• Good Temperature Resistance: NBR performs well across different temperature ranges.

• Unallergic: NBR is hypoallergenic, ensuring compatibility with sensitive skin.

4. EPDM (Ethylene Propylene Diene Monomer):

• Low UV Resistance: EPDM has lower UV resistance compared to other materials, limiting its outdoor use.

• Low Traction Resistance: It offers lower traction resistance, suitable for less demanding applications.

• Low Torsion Resistance: EPDM's torsion resistance is basic, suitable for light-duty use.

• Basic Temperature Resistance: While it provides basic temperature resistance, EPDM may not withstand extreme conditions.

• Good Amortizing Property: EPDM excels in its ability to absorb shocks and vibrations, making it suitable for damping applications.

5. Silicone:

• Excellent Elastic and Amortizing Property: Silicone boasts exceptional elasticity and amortizing properties, ideal for shock-absorbing applications.

• Lightweight: It is lightweight, offering ease of use and portability.

• Less Resistance: Silicone exhibits lower resistance compared to other materials, making it suitable for applications where flexibility is paramount.

In conclusion, choosing the right rubber strap material depends on the specific requirements of the application. For outdoor or high-exposure environments, FKM stands out with its superior UV resistance. Meanwhile, EPDM's excellent amortizing properties make it ideal for damping applications. Understanding these characteristics enables industries to select the most suitable material, ensuring optimal performance and longevity of rubber straps in diverse applications.