Product Description
A black extruded rubber profile is among the most demanded rubber components on the market. It is specially made by using rubber materials and forming it into a definite shape and cross-sectional profile. The extrusion process is used to make this product in the desired lengths and configurations. A black extruded rubber profile is heavily used in a wide range of industries, including automotive and construction. They work as precise, high-quality sealing components. There are several features that make it an ideal choice. Excellent insulation and shock absorption properties are the most beneficial ones.
Specification
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Country of Origin
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Made in India
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Weathering Resistance
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Yes
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Packaging Type
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Box
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Brand
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Osaka
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Usage/Application
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Window
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Color
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Black
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Material
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EPDM
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Outstanding Weather and Ozone ResistanceCrafted especially from EPDM grades, these rubber profiles feature robust resistance against ozone, UV exposure, and weathering. This makes them ideal for both indoor and outdoor environments, ensuring performance longevity even under harsh conditions. The profiles are engineered to withstand exposure without cracking, fading, or deteriorating, thus maintaining their structural integrity and functional reliability for extended periods.
Highly Customizable for Diverse IndustriesAvailable in a range of sizes, thicknesses (2-25 mm), and widths (5-100 mm), the extruded rubber profile satisfies a wide array of industry needs. Whether used in sealing, thermal insulation, vibration damping, or as automotive gaskets, customization options-such as length, diameter, and surface finish-enable tailored solutions according to your specifications. Custom formulations and flame-retardant grades further expand utility across demanding environments.
FAQ's of Black Extruded Rubber Profile:
Q: How is the Black Extruded Rubber Profile manufactured?
A: The profile is produced through an extrusion process where rubber compounds, such as EPDM, NR, NBR, or SBR, are forced through a die to form continuous profiles of the desired shape. These can then be cut into specified lengths or custom-fabricated to meet project requirements.
Q: What are the main benefits of using this profile?
A: Key benefits include excellent resistance to ozone, weather, UV, water, and aging, in addition to outstanding electrical insulation and cold flexibility. This ensures durable performance indoors and outdoors, reliable sealing and insulation, and extended service life in demanding applications.
Q: When should I consider choosing EPDM grade for this profile?
A: EPDM grade is recommended for applications where superior ozone and weather resistance are crucial, such as outdoor sealing and insulation. It also maintains flexibility and performs well in a broad temperature range, especially in sub-zero and elevated temperatures.
Q: Where can the Black Extruded Rubber Profile be used?
A: It is suitable for sealing, vibration damping, and insulation in windows, doors, machinery, and automotive assemblies. Its robust weathering and electrical properties make it ideal for both indoor and outdoor installations across various industries.
Q: What customization options are available for this product?
A: You can request custom widths (5-100 mm), thicknesses (2-25 mm), diameters, lengths (standard or up to 25 meters), and shapes. The compound formulation, flame resistance level, surface finish, and packaging type can also be tailored to your project's specifications.
Q: How does this rubber profile perform in extreme conditions?
A: Designed for durability, it maintains elasticity with elongation at break from 250% to 350% and operates within temperature extremes from -40C to +120C. It retains performance at sub-zero temperatures and resists cracking, brittleness, and deformation when exposed to ozone and weather.
Q: What makes this product suitable for electrical insulation applications?
A: Owing to its excellent dielectric properties and low thermal conductivity, the profile safely isolates electrical components and is often used in environments demanding reliable electrical insulation.