English
Ningbo Betterbell Telecommunication Equipment Co., Ltd. (BTBL), founded in 2002 and located in Ningbo, China, enjoys convenient transportation, with close proximity to Ningbo and Shanghai seaports as well as major airports. We specialize in the R&D and manufacturing of structured cabling products, with core offerings including Toolless Plugs, Keystone Jacks, and Patch Panels, widely applied in data centers, office networks, and industrial communications. BTBL holds independent intellectual property rights and import/export licenses, and is committed to delivering high-quality, high-performance connectivity solutions to customers worldwide.
The Cat6 Unshielded 90° Modular Jack is an RJ45 female connector module designed specifically for Category 6 unshielded (UTP) network cabling. Its 90° right-angle design makes it suitable for space-constrained installation environments such as cabinets, panels, or walls. The housing is made of white flame-retardant engineering plastic (PCUL94-V0), with a smooth, high-temperature resistant surface. The left side of the connector is marked with "CAT.6" and features color-coded wiring indicators (green, orange, etc.) and numbering from 1 to 8 for easy crimping according to T568A/T568B standards.
Advantages
1. Superior Durability: RJ45 mating life ≥750 cycles, IDC crimping life ≥250 cycles, significantly reducing replacement frequency and maintenance costs.
2. Flame-retardant Material: The housing is made of PCUL94-V0 flame-retardant plastic, complying with fire safety regulations and suitable for various commercial and industrial environments.
3. 90° Right-Angle Design: Saves installation space, avoids excessive cable bending, and improves cabling aesthetics and reliability.
4. Gold-Plated Metal Contacts: Phosphor bronze gold plating enhances conductivity and oxidation resistance, ensuring long-term stable high-speed transmission.
5. Clear Wiring Sequence Indication: Colored stripes and 1-8 numbering help to quickly and accurately complete T568A/T568B standard crimping, reducing the risk of incorrect connections.
