Product Description
We are providing Rubber testing Services ,
Our Testing services are as
- Identification of rubber by DSC Analysis (Differential scanning calorimetry)
- Identification of rubber by FTIR Analysis (Fourier Transform Infrared Spectroscopy)
- Shore A Hardness Test
- Shore D Hardness Test
- Ultimate Tensile Strength
- Elongation at break (%)
- Water absorption (%)
- Compression Set Test
- Specific Gravity Test
- Density Test
- Ash Content
Comprehensive Rubber AnalysisOur laboratory conducts extensive testing on rubber samples, including tensile strength, elongation, hardness, compression set, ozone resistance, heat ageing, and oil resistance. These tests are vital to determine the durability and suitability of rubber materials for various industrial applications. Clients can request customized tests to meet specific requirements, ensuring reliable and robust results.
Flexible Service and BookingWe cater to both single and batch sample testing, providing flexibility for different customer needs. Clients can book testing appointments conveniently online or onsite. Our technical support team is available for consultation throughout the testing process, offering expert guidance to optimize material performance and ensure compliance with industry standards.
Certified and Reliable ReportingAll test results are precisely documented and delivered in digital and hard copy formats. Upon request, we provide official certification to support quality assurance and regulatory compliance. Our reports provide detailed insights into the tested properties, empowering clients to make informed decisions for manufacturing and engineering processes.
FAQ's of Rubber Testing Services:
Q: How are rubber samples tested for properties like tensile strength and hardness?
A: Rubber samples undergo testing using advanced instruments such as Universal Testing Machines for tensile strength and elongation, and Hardness Testers for hardness measurement. The process includes physical, chemical, and mechanical analysis to evaluate material performance within temperature ranges from -40C to 200C.
Q: What types of analysis are available, and can I request custom testing?
A: We offer a wide range of analysis types, including tensile strength, elongation, hardness, compression set, ozone resistance, heat ageing, and oil resistance. Custom testing is available upon client specifications to address unique or specialized requirements.
Q: When will I receive the test reports and what format are they provided in?
A: Test reports are typically delivered promptly upon completion of analysis and are available in both digital and hard copy formats. Certification can be provided if requested during booking.
Q: Where can these rubber testing services be booked, and is onsite testing available?
A: You can book our services either online or at our facility. While testing occurs at our laboratory, you may also opt for onsite consultation to discuss test requirements and sample preparation.
Q: What is the process for submitting samples for single or batch testing?
A: Samples can be sent individually or in batches, depending on your project needs. After booking, our team provides guidance on sample submission and testing protocols to ensure accurate results.
Q: How does rubber testing benefit industries like automotive and manufacturing?
A: Testing helps manufacturers and engineers confirm the quality, durability, and compliance of rubber components. This ensures product reliability, enhances performance, and reduces risks in applications related to automotive, construction, and industrial sectors.
Q: Is technical consultation available throughout the testing process?
A: Yes, technical support is available to assist clients before, during, and after testing. Our experts provide advice on selecting suitable testing methods and interpreting results for optimal material selection and product development.