Fiber Small Splice Closure 12 core Splice Tray IP 65 Closure

High-Density Fiber Optic Splice Closure for Demanding Networks

Engineered for reliability in harsh environments, the Telhua 12-Core Splice Closure provides a secure, high-density termination point for fiber optic cables. This IP65-rated enclosure is designed to protect delicate splices from moisture, dust, and mechanical stress, ensuring signal integrity and minimizing network downtime. Ideal for aerial, duct, and direct burial applications, it streamlines installation while meeting rigorous industry standards for performance and safety.

Solve Core B2B Installation Challenges

Network engineers and project managers face consistent pressure to deploy robust infrastructure quickly and cost-effectively. This closure directly addresses those operational pain points.

Maximize Space and Density

With a compact design housing 12 fusion splices, this closure optimizes cabinet and pole real estate. The organized splice tray layout prevents fiber crowding and simplifies future maintenance or capacity upgrades, reducing total cost of ownership.

Ensure Long-Term Reliability

The robust, corrosion-resistant shell and IP65 ingress protection rating guarantee performance in extreme weather conditions—from driving rain to fine dust. This durability eliminates premature failure points and the associated costs of emergency field repairs.

Accelerate Deployment Timelines

Pre-assembled components and a tool-less entry port design allow for rapid cable feed-through and sealing. This reduces on-site labor time by up to 30% compared to traditional closures, enabling faster project turnaround.

Telhua Engineer's Tip: Optimizing Splice Loop Management

For maximum longevity and minimal signal attenuation, always maintain a minimum bend radius of 30mm for standard single-mode fibers when organizing loops within the tray. Use the integrated cable retention clips to secure the buffer tube, preventing micro-bends that can degrade performance over time. Pre-plan your routing path before making the first splice to ensure clean, strain-free fiber management.

Technical Specifications