Product Description
Specification
- Brand:Saga
- Material:EPDM Rubber
- Country of Origin:Made in India
- Hardness:65+/-5 Shore A
- Tensile Strength:10 N/mm2
- Resistance to Heat:100+/-2 Degree C, 70 Hrs
- Thickness:3 mm
- Density:0.63g/cm3
Robust Material QualityCrafted from high-grade EPDM rubber, our profiles exhibit remarkable resistance to temperature fluctuations and environmental stresses. The 10 N/mm2 tensile strength ensures that the profile retains its shape and durability over extended use, making it suitable for critical automotive sealing applications.
Precision Engineering for Automotive ExcellenceDesigned with a thickness of just 3 micrometers and a hardness of 655 Shore A, this EPDM rubber profile offers optimal sealing without compromising on flexibility or resilience. Its properties make installation straightforward and long-lasting for car manufacturers and aftermarket service providers.
FAQ's of Car EPDM Rubber Profile:
Q: How is the Car EPDM Rubber Profile typically used in automotive applications?
A: This profile is primarily used for sealing doors, windows, trunks, and engine compartments. Its excellent tensile strength and heat resistance ensure it withstands automotive environments, preventing water, dust, and noise ingress.
Q: What benefits does the 10 N/mm2 tensile strength provide?
A: The notable tensile strength of 10 N/mm2 enables the profile to resist stretching and deformation, which is crucial for maintaining an effective seal and enhancing the vehicle's overall durability and safety.
Q: When should I choose an EPDM rubber profile with a hardness of 655 Shore A?
A: A hardness range of 655 Shore A strikes a balance between flexibility and structural strength-ideal for applications requiring both a snug fit and long-term resilience under vibration and compression.
Q: Where are these EPDM rubber profiles manufactured and supplied from in India?
A: Our EPDM rubber profiles are manufactured, supplied, and exported from our advanced facilities in India, catering to a wide range of domestic and international automotive industry needs.
Q: What is the manufacturing process of the EPDM rubber profile?
A: The profiles are produced through extrusion, where high-quality EPDM rubber is shaped and cured under controlled conditions, resulting in uniform thickness, strength, and precise hardness for reliable performance.
Q: How does the profile's 1002C resistance level enhance its performance?
A: With a resistance of up to 1002C for 70 hours, the profile remains stable and effective in high-temperature environments, making it suitable for use near engines and under sun-exposed conditions.
Q: What are the advantages of the profile's 3 micrometer thickness?
A: The 3 m thickness ensures the rubber remains lightweight while providing effective insulation and protection, allowing for easy installation in compact or complex automotive spaces.