Other Wires & Cables

Uniwell Electronic Wire & Cable specializes in custom battery storage cables and harnesses for modern energy storage systems (ESS). Our solutions are designed to ensure reliable power transfer, accurate signal collection, and long-term operational safety for applications including high-voltage battery packs, energy storage units, and smart battery systems. Why Choose Uniwell Battery Storage Cables Energy storage systems require precise and dependable wiring solutions. Our battery storage cables provide: High reliability under high voltage and high current conditions Accurate voltage and signal collection for battery monitoring and management Durable insulation and protective materials to withstand heat, moisture, and vibration Custom OEM/ODM solutions tailored to your specific system design and operating environment With over 15 years of experience in industrial and automotive wiring, Uniwell ensures each harness and cable assembly meets strict performance and safety requirements. Engineering & Customization Uniwell provides engineering-led design and customization for all battery storage cables: Material selection: PVC, TPE, XLPE, PTFE, and high-performance elastomers based on voltage, temperature, and environmental requirements Connector solutions: Compatible with TE, Molex, JST, Amphenol, and other industrial-grade connectors Tailored assembly processes: Including crimping, molding, bundling, and semi- automated or manual assembly for small or large production runs Prototyping & testing: Early sample validation and batch-level quality inspection to ensure electrical and mechanical reliability We provide complete documentation, including wiring diagrams, termination guides, and labeling to simplify installation and maintenance. https://www.uniwellwirings.com/a/S , ervice-Solution_c3.html

Uniwell Electronic Wire & Cable specializes in the design, engineering, and manufacturing of industrial equipment wire harnesses used across construction machinery, agricultural machines, automation systems, and heavy-duty manufacturing equipment. With over 15 years of experience, we provide both standard and custom wiring harness solutions that ensure stable electrical performance even under the most demanding operating conditions. Why Choose Our Industrial Equipment Wire Harness Our engineering team doesn’t just build what’s on the drawing — we collaborate with your engineers to optimize, simulate, and validate each design. This ensures reliability, efficiency, and long-term cost savings. Engineering-Led Development Design Review: Predict potential failure points such as bending, unsupported spans, or chemical exposure. Prototype & Feedback Loop: Early-stage sample builds for concept validation. 2D/3D CAD Collaboration: Seamless interoperability for efficient design communication Component Selection Guidance: Based on lifecycle and electrical performance requirements. We deliver comprehensive wiring documentation, including routing diagrams, termination guidelines, and labeling, helping installers save time and avoid ambiguity during rapid project rollouts. Manufacturing & Assembly Process Wire harness production for industrial equipment involves multiple complex stages — most of which require manual precision to ensure consistent quality. Key assembly steps include: Installing wires and subassemblies onto the assembly board. Routing wires through sleeves or tubing. Bundling and securing branches with wraps, cable ties, or tape. Crimping terminals (often multiple wires into one connector). Some stages can be semi-automated — such as wire cutting, stripping, terminal crimping, soldering, or wire twisting — but hand assembly remains the most cost-effective solution for small and customized batches. Each finished harness undergoes comprehensive electrical testing using programmed test boards to verify continuity, insulation resistance, and functional integrity. https://www.uniwellwirings.com/a/Pro , duct-Wire-Harness_c2.html

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Can be installed without power failure Adopt AT sheath, excellent anti-tracking performance Light weight and small cable diameter reduce the impact of ice and wind and the load on towers and supports Large span, the maximum span exceeds 1000m Excellent tensile strength and temperature characteristics Expected life span can reach 30 years Product Application The design of ADSS optical cable fully considers the actual situation of power lines and is suitable for high-voltage transmission lines of different levels. For 10kV and 35kV power lines, polyethylene (PE) sheath can be used; for 110kV and 220kV power lines, the optical cable hanging point must be determined by calculating the electric field strength distribution and anti-tracking (AT) outer sheath must be used. At the same time, the amount of aramid and the perfect twisting process are carefully designed to meet the application requirements of different spans. Product Standard ADSS optical cable follows the IEEE P 1222 technical standard and meets the IEC 60794-1 standard.

AUS The optical cable structure is to place the 250μm colored optical fiber in a PBT loose tube, with two non-metallic reinforcements as reinforcement and support, and a layer of PE outer sheath extruded on the surface. The optical cable is small in size and light in weight Two RRPs as reinforcements provide good tensile properties Dry or oil-filled, good water-blocking properties Affordable price, high fiber capacity Suitable for short-span overhead or underground laying

MPO-MTP MPO (Multi-fiber Push On) fiber optic patch cord is composed of connectors and optical cables. It is a high-density fiber optic transmission patch cord. MPO connector is one of the MT series connectors. It is a multi-core and multi- channel plug-in connector. The MT series ferrules are precisely connected with two guide holes with a diameter of 0.7mm on the left and right of the ferrule end face and the guide pin (also called PIN pin). Compared with other connectors, the most important features of MPO connectors are compact design and a large number of jumper cores. MPO connectors have the same size as SC connectors, but can accommodate 12 or 24 optical fibers. Therefore, MPO can greatly save cabinet wiring space. At present, MPO connectors have 8-core, 12-core, 24-core, 48-core, 72-core, and 144-core designs. Among them, 12 and 24-core MPO patch cords are more common. 40G MPO- MPO fiber optic patch cords generally use 12-core MPO multimode ferrules; 100G MPO-MPO fiber optic patch cords generally use 24-core MPO ferrules. The MPO fiber optic connector contains optical fiber, sheath, coupling assembly, metal ring, pin, dust cap, etc., and the pin part is divided into male and female forms. The male connector has two PIN pins, while the female connector does not. The connection between MPO connectors is precisely aligned through PIN pins. When docking the connectors, the spring installed at the tail of the ferrule will provide a thrust to the ferrule to lock it with the adapter. There is a "key" on one side of the connector body, which is divided into "convex and concave" to limit the relative position of the connector, that is, P1, P2, etc. There is a mark called a "white dot" on the side of the connector body to specify the insertion side of the connector.

GJPFBH-4B1.3 The GJPFJV optical cable structure is based on tight-buffered optical fiber as the basic unit. Multi-core bundled cables are used as sub-units and twisted into a round shape with FRP, and then extruded into a PVC (or LSZH) sheath to form a cable. Dry water-blocking materials are placed in the gaps between the cable core and the sheath. Each sub-cable contains aramid reinforced fiber, which has good bending properties, does not contain grease, is hygienic and clean, and is easy to construct and connect. The optical fiber in the sub-cable adopts a tight-buffered design and has independent reinforcement elements and sheaths to prevent damage caused by environmental and mechanical stress. Low-smoke, low-halogen, flame-retardant sheaths are flame-retardant and self- extinguishing, suitable for indoor environments such as computer rooms, cable shafts, and wall wiring. Low-smoke, halogen-free, flame-retardant polyolefin sheaths are UV-resistant, waterproof and mildew-proof, and resistant to environmental stress cracking, and there is no acid gas release, and it does not corrode computer room equipment. It is suitable for indoor and outdoor use or indoor environments that require a high flame retardant level (such as ceiling wiring, open wire wiring, etc.). Product Application: Indoor horizontal wiring, vertical wiring in buildings, LAN network. The standard fiber core can be directly installed with connectors for connecting to equipment. The tail cable used as the backbone network can be directly connected from the outdoors to the indoors, eliminating the junction box, isolating lightning, and improving system reliability.

GJYXCH/GJYXFCH The GJFJV optical cable structure is to evenly apply multiple strands of aramid or high-strength glass yarn on the outside of multiple c900μm or ф600μm tight-buffered optical fibers for reinforcement, and then extrude a PVC (or LSZH) outer sheath. Small outer diameter, light weight, flame retardant, easy to strip, low attenuation, high flexibility. Tight-buffered optical fiber cables can be directly connected without transition joint boxes and pigtails, and no need to clean waterproof grease, so the laying cost is low. Product Application This optical cable is suitable for indoor wiring. Suitable for pigtail jumpers and jumpers Suitable for optical connection of communication equipment and optical instruments Suitable for floor connection and easy maintenance

GYTC8S-12B1.3 The structure of GYTC8S 53 optical cable is to put single-mode or multi-mode optical fiber into a loose tube made of high modulus plastic filled with waterproof compound. The center of the cable core is a metal reinforcement core. For some optical cables with a certain number of cores, a layer of polyethylene (PE) is extruded outside the non-metallic reinforcement core. The loose tube is twisted around the central reinforcement core to form a compact and round cable core, and the gaps in the cable core are filled with water- blocking compounds. After the plastic-coated steel belt is longitudinally wrapped, a polyethylene inner sheath is extruded, and the double-sided plastic- coated steel belt is longitudinally wrapped and extruded into a polyethylene outer sheath to form a cable. Double sheath and double armor structure, better water blocking effect. Application: Suitable for trunk power transmission system. Access network and local area network in places with high electromagnetic interference. Features: Good flexibility and bending performance. Small outer diameter, light weight, easy installation. 100% cable core filling.

GJFJKH-1B The optical cable uses 900μm tight wrap. The tightening buffer layer is wrapped with spiral steel wire, then the steel wire is wrapped with Kevlar yarn, and finally the optical cable is completed with LSZH as the outer sheath. Application: used for jumpers and plug-ins. Used for optical connection of optical communication rooms and optical distribution frames. Used for optical connection of optical instruments and equipment. Features: good mechanical and environmental properties. Flame retardant performance meets the requirements of relevant standards. Mechanical properties meet the requirements of relevant standards. Soft, flexible, easy to splice, large data transmission capacity. Anti-rat, anti-ultraviolet.

GYFTY-24B1.3 The structure of GYFTY optical cable is to put 250u optical fiber into a loose tube made of high modulus material, and the loose tube is filled with waterproof compound. The center of the cable core is a glass fiber reinforced plastic (FRP), and the loose tube and (filler) are twisted around the central reinforcing core to form a compact and round cable core. The gaps in the cable core are filled with water-blocking fillers. A layer of polyethylene sheath is squeezed on the outside of the cable core to form a cable, suitable for: pipeline/overhead. Application: Suitable for outdoor power distribution. Suitable for trunk power transmission system. Access network and local area network in high electromagnetic interference places. Features: Good mechanical properties and high temperature resistance. Grease filling, non-metallic reinforcement, loose tube layer twisting. Suitable for backbone network, metropolitan area network, access network and power system in high-voltage areas. No metal structure, excellent anti-electromagnetic ability.

GJFH-12B Indoor mini bare fiber cable, inner 250um bare fiber, outer sheath is PVC, LSZH Application: used for indoor wiring, especially for cable breaking. As the lead wire of communication equipment. Suitable for the communication equipment served. Universal mini indoor optical cable. MPO and MTP connectors can be used. Features: Indoor distribution, suitable for making jumpers and pigtails. Multiple cables with independent strength components. Non-metallic center reinforcement. High-strength Kevlar fiber yarn components.

Indoor optical cable GJFJV, also known as indoor multi-core micro optical cable, uses multiple colored optical fibers as optical transmission media, coated with a layer of aramid as a force-reinforced unit, and extruded with a flat polyvinyl chloride (PVC) or low-smoke halogen-free material (LSZH, low- smoke, halogen-free, flame-retardant) sheath. It has the following excellent characteristics: 1. It uses colored 0.9 tight-packed optical fiber with high integration 2. Aramid reinforcement components make the optical cable have excellent tensile strength 3. Excellent anti-twisting performance 4. The outer sheath material has the advantages of corrosion resistance, waterproof, UV protection, flame retardant, and environmental protection 5. All-medium structure, not affected by electromagnetic interference 6. Rigorous processing technology and scientific and reasonable design

Shenxing Photovoltaic Cable PV1-F is a high-performance cable designed for solar photovoltaic systems. It has excellent high temperature resistance, extrusion resistance, environmental cracking resistance and other characteristics, ensuring the long-term stable operation of photovoltaic power generation systems. As a leading global photovoltaic cable manufacturer and supplier, Shenxing Cable is committed to providing high-quality cable solutions to meet the needs of various photovoltaic installations such as rooftop photovoltaics, floating photovoltaics and large photovoltaic power stations. Photovoltaic Cable PV1-F Widely Use: Shenxing photovoltaic cable PV1-F is suitable for various photovoltaic power generation systems, including household rooftop photovoltaics, commercial photovoltaic power stations, large photovoltaic electric fields and other fields. It is widely used in power transmission, signal transmission and wiring of photovoltaic equipment. Advantage: Optimize energy output and improve efficiency Shenxing PV1-F cable adopts advanced materials and technologies. Whether in hot summer or cold winter, PV1-F cable can maintain excellent power transmission performance, ensuring efficient and stable operation of your photovoltaic power generation system. High temperature resistance and anti-extrusion performance PV1-F solar cable is particularly suitable for long-term exposure to outdoor environments, whether it is rooftop photovoltaic installation, floating photovoltaic, or large-scale photovoltaic power stations, it can provide strong support. Excellent flame retardancy and low smoke and halogen-free PV1-F photovoltaic cable meets flame retardant standards and adopts low smoke and halogen-free (LSZH) materials. It releases very little smoke and non-toxic gases in the event of fire, meets environmental protection requirements, and is an ideal choice for sustainable development. Environmentally friendly, safe, and in line with international standards Whether in domestic or international markets, PV1-F cables can meet strict environmental protection and safety requirements to ensure that your photovoltaic system meets industry best practices.