Definition of Duct Pipe A Duct Pipe is a hollow conduit used to transport air, gases, liquids, or cables in various industrial, commercial, and residential applications. It can be made of materials such as PVC, metal, fiberglass, or flexible plastics, depending on its purpose. Features of Duct Pipe (300 MTR) Material Options: Available in PVC, HDPE, metal (galvanized steel, aluminum), or flexible plastic. Diameter Variability: Comes in different diameters (e.g., 50mm, 100mm, 300mm) for various applications. Durability: Resistant to corrosion, weather conditions, and wear, depending on material type. Flexibility or Rigidity: Available in rigid or flexible forms for easy installation. Temperature Resistance: Can withstand extreme hot or cold conditions, suitable for HVAC and industrial use.

The Ubiquiti MonsterDish MD-5G37 is a top-notch 5 GHz antenna crafted for long-range Point-to-Point (PtP) wireless connections that can stretch over 100 kilometers. Designed to work seamlessly with Ubiquiti's Rocket® or airFiber® radios, this antenna delivers outstanding gain and precision, making it perfect for backhaul applications, ISP infrastructure, and enterprise connectivity solutions. Constructed with a sturdy all-aluminum frame and UV-stabilized polycarbonate materials, the MonsterDish is built to last and perform reliably in a variety of environmental conditions. Its compact design not only allows for standard shipping but also makes assembly a breeze, making it a flexible option for demanding wireless setups. Key Features: High Gain: Reaches up to 37 dBi gain, ensuring strong and dependable long-distance connections. Dual-Linear Polarization: Supports both horizontal and vertical polarization, boosting signal integrity and minimizing interference. Precision Alignment: Comes with a precision alignment mount for accurate installation and peak performance. Durable Construction: Made from aluminum and UV-stabilized polycarbonate for long-lasting durability and resistance to the elements. Wind Resistance: Built to endure wind speeds of up to 200 km/h (125 mph), making it suitable for tough outdoor conditions. Compatibility: Works seamlessly with Ubiquiti Rocket® and airFiber® radios, ensuring easy integration into existing networks.

A Fused Biconical Taper (FBT) Triple Window Coupler is a passive fiber optic device that splits or combines optical signals over three different wavelength windows (1310nm, 1490nm, and 1550nm). It is widely used in fiber optic communication networks, FTTH, and WDM systems for signal distribution. Features (One-Liners): Triple Window Operation – Supports 1310nm, 1490nm, and 1550nm wavelengths. FBT Technology – Manufactured using fused biconical tapering for high reliability. Low Insertion Loss – Ensures minimal signal attenuation. High Stability & Reliability – Designed for long-term operation in telecom networks. Available in Various Splitting Ratios – Common ratios include 50:50, 40:60, etc. Single-mode & Multi-mode Compatibility – Supports different fiber types. Compact & Lightweight – Small form factor for easy integration. Wide Operating Temperature Range – Suitable for various environmental conditions. Connector & Package Options – Available with SC, LC, FC connectors, or bare fiber. Applications – Used in FTTH, PON, LAN, CATV, and fiber optic sensor systems.

Definition: The 24 Fiber Cable (FRP) is a high-capacity optical fiber cable designed for large-scale data transmission and high-speed networking applications. It consists of 24 single-mode optical fibers, enclosed within a PBT tube for mechanical protection. The FRP (Fiber Reinforced Plastic) strength members provide durability and rigidity, while thixotropic jelly ensures moisture resistance. The outer jacket offers environmental shielding, making it suitable for telecommunication, industrial, and data center applications. Key Features: 24 Single-Mode Fibers – High data transmission capacity over long distances. PBT Tube Protection – Shields fibers from mechanical stress and external impacts. FRP Strength Members – Enhances structural strength and reliability. Thixotropic Jelly Filling – Prevents water ingress and enhances longevity. Outer Jacket Protection – Ensures environmental shielding for harsh conditions.

Definition: The 12 Fiber Cable (FRP) is a high-capacity optical fiber cable designed for large-scale data transmission and network applications. It consists of 12 single-mode optical fibers, housed within a PBT tube for protection. The FRP (Fiber Reinforced Plastic) strength members provide mechanical reinforcement, while thixotropic jelly ensures water resistance. The outer jacket offers environmental protection, making it suitable for telecommunication networks, industrial applications, and high-speed internet infrastructure. Key Features: 12 Single-Mode Fibers – Supports high-bandwidth and long-distance communication. PBT Tube Protection – Shields fibers from external mechanical stress. FRP Strength Members – Enhances the cable’s durability and rigidity. Thixotropic Jelly Filling – Provides moisture resistance, preventing water ingress. Outer Jacket Protection – Ensures environmental shielding for outdoor and harsh conditions.

Features: Eliminating the need for fusion or mechanical splicing. Weatherproof housing suitable for external environmental conditions. 3.6mm cable suitable for outside plant mounting / duct installation. Easy installation, requires no special tools. Quick service turn-up / maintenance. The inner-end of the cable breaks out to 4 / 8 low-loss SC/APC OR SC/PC adapter ports which enables fast, plug-and-play drop cable connections.

The Sumitomo S1V Ultra Splicing Machine is a cutting-edge tool designed for precision and efficiency in fiber optic splicing. Engineered for both seasoned professionals and newcomers, this machine ensures high-quality splices and streamlined workflows. Key Features: Advanced Splicing Technology: Utilizes the latest in alignment and heating technology to achieve low splice loss and superior performance. Fast Splicing Times: Capable of completing splices in approximately 6 seconds, significantly enhancing productivity on the job. User-Friendly Interface: Features a large, intuitive touchscreen display that simplifies operation and allows for easy navigation of settings and functions. Compact and Lightweight: Designed for portability, making it suitable for both field and lab environments without sacrificing performance. Durable Design: Built to withstand harsh conditions, ensuring reliable operation even in challenging environments.

Sky Birds International presents the FUJIKURA 66S Splicing Machine, a state-of-the-art core alignment fusion splicer designed for high-speed, precise, and reliable fiber optic splicing. Ideal for telecom networks, broadband infrastructure, and fiber optic installations, this machine ensures superior performance and long-lasting durability. Features: Core Alignment Fusion: Utilizes PAS for precise core-to-core alignment, reducing splice loss. Accurate Estimation: Provides precise splice loss estimation for reliable connections. 5-inch Touch Screen: User-friendly interface for easy operation and data visualization. Quick Splicing: "Easy Sleeve Positioning" speeds up splicing, enhancing productivity. Compact & Lightweight: Portable design for use in various conditions. Sleeve Positioning: High-precision sleeve positioning ensures quality splices. Fiber Compatibility: Works with a wide range of fiber types. Data Storage: Stores splice data for tracking and analysis. Battery-Powered: Ideal for fieldwork with its battery operation. User-Friendly: Simplified interface suitable for both experts and beginners.

The Sumitomo 82C Splicing Machine is a high-performance, advanced fusion splicer designed for precise and efficient fiber optic splicing. It features a compact and rugged design that is well-suited for both indoor and outdoor environments. The machine is known for its fast splicing time and high splice loss performance, providing optimal results for both single-mode and multi-mode fibers. Key features include: 12-second splice time for quick and accurate splicing. Large color LCD display for easy viewing of splicing operations and status. Active V-Groove technology for more accurate fiber alignment, ensuring low splice loss and high-quality connections. Automatic arc calibration for consistent splicing results, even under varying environmental conditions. Heated shrink sleeves that are easy to apply with an integrated heating mechanism. IP52 rating, making it dust and splash-resistant, suitable for harsh field conditions. Internal memory that can store up to 2000 splice records for easy tracking and management. Built-in Li-ion battery providing long-lasting power, capable of up to 200 splices per charge. Overall, the Sumitomo 82C Splicing Machine combines high reliability, speed, and ease of use, making it an excellent choice for professionals involved in fiber optic installation and maintenance.