The Research and Development (R&D) Laboratory at Bimed Teknik Aletler Cable Gland Company stands as an epitome of excellence, driving innovation in the manufacturing of cable glands tailored for hazardous and industrial areas. What sets this laboratory apart is not just its commitment to cutting-edge technology but also its prestigious accreditations by globally recognized institutions, making it a beacon of quality and reliability. The R&D Laboratory at Bimed Teknik Aletler Cable Gland Company boasts accreditation from prominent international bodies, including UL (Underwriters Laboratories), VDE (Verband der Elektrotechnik), INTERTEK, IMQ, and CESI. These accreditations serve as a testament to the laboratory's unwavering commitment to meeting and exceeding stringent industry standards. It provides clients with the assurance that the cable glands undergo thorough testing and scrutiny, adhering to the highest levels of safety and quality.

The laboratory's strength lies in its comprehensive testing infrastructure, enabling a meticulous examination of cable glands under a spectrum of conditions. From extreme temperatures to corrosive substances, the facility simulates real-world scenarios to guarantee that the cable glands can withstand the harshest environments. This meticulous testing process ensures the reliability and durability of the products, instilling confidence in end-users. 

Bimed R&D Laboratory remains at the forefront of technological advancements. Its team of skilled physicists, engineers and researchers continually explore innovative materials and manufacturing techniques, ensuring that the cable glands are not only compliant but also incorporate the latest technologies. This commitment to staying ahead of industry trends positions Bimed Teknik Aletler Cable Gland Company as a leader in technological innovation.

This innovative live streaming at Bimed R&D Laboratory allows accredited independent institutes' to actively participate in, observe and audit the testing procedures performed within the R&D Laboratory in real-time. Live streaming offers real-time assurance, assuring clients that the testing procedures at Bimed R&D Laboratory align with the stringent requirements set by accrediting institutions such as UL, VDE, INTERTEK, IMQ, and CESI. The immediate and direct access to the testing process enhances the credibility of Bimed R&D Laboratory and provides clients with a sense of security in the reliability of the cable glands.

Bimed R&D Laboratory conducts extensive fire resistance tests on its cable glands, ensuring compliance with numerous international standards, including UL 94, ASTM, ISO, IEC, and TS. Key tests include:

• UL 94 HB & ASTM D 635: Assess flammability and horizontal burning characteristics.
• ISO 1210 Needle Flame Test: Evaluates resistance to ignition and sustained combustion.
• IEC 60695 & IEC 60707 Glow Wire Tests: Tests ignition resistance and self-extinguishing properties.
• ASTM D Series & ISO Standards: Determine flammability, ignition, and flame propagation resistance.
  
  

These rigorous tests guarantee that Bimed's cable glands are designed to withstand fire hazards, ensuring safety and reliability in industrial and hazardous environments.

• IP 5X and IP 6X: Protection against dust ingress. Demonstrates the cable glands' ability to resist dust particle intrusion, with IP 6X providing a higher level of protection.
• IP X9K: High-pressure water spray resistance. Ensures that cable glands can withstand high-pressure water jets, making them suitable for applications where frequent cleaning or exposure to water spray is expected.
• Wet Location, TYPE 4X: Protection against water ingress in wet environments. Indicates that cable glands are suitable for use in wet locations and offer protection against water ingress.
• NEMA Tests: Additional testing to assess environmental protection. Ensures that cable glands meet specific NEMA standards for environmental protection in various conditions.
• Oil Spray and Overpressure (1 to 60 bar): Tests for resistance to oil spray and overpressure. Demonstrates cable glands' ability to withstand exposure to oil and overpressure conditions, critical for applications in environments with oil or pressure-related challenges. By conducting these IP tests and adhering to international standards, Bimed Teknik Aletler Cable Gland Company ensures that its cable glands offer a high level of protection against dust, water, and other environmental factors. The detailed testing protocols underscore the company's commitment to delivering reliable and durable solutions for hazardous and industrial applications.

Bimed R&D Laboratory conducts rigorous pull force testing, adhering to a diverse range of international standards to guarantee the mechanical strength and reliability of cable gland products.

At Bimed R&D Laboratory, our commitment to quality begins with meticulous raw material testing for our cable glands

• Shore Hardness Measurement: Assessing the hardness of elastomeric materials. Employing Shore hardness testing methods to measure resistance to indentation, ensuring material suitability.
• UL 50E Test Methods: Evaluating cable gland materials for resilience under diverse conditions.
• Oil Immersion Test: Assessing material performance in oil-rich environments.
• Compression Test: Determining material ability to withstand pressure.
• Tension Test: Evaluating material strength and elongation properties.