The product range is complete and exported to both domestic and overseas markets
Model:
RSFR - commercial halogen-free marking tube, specifically designed for the special requirements of cable marking in high-speed rail, subway, and urban rail vehicle fleets. It is made of environmentally friendly polyolefin heat-shrinkable material cross-linked by high-energy electron beam bombardment. The printed characters on the product exhibit excellent scratch and wear resistance. Even when exposed to cleaning agents or military fuel before and after heat shrinkage, the color code remains secure and meets the requirements of the US military standards SAE-AS81531 and MIL-STD-202F/215J, maintaining a permanent marking effect. It is primarily used in vehicle fleets, aerospace, tanks, and submarines.
The PUR cable marker is composed of thermoplastic polyether-polyurethane, a halogen-free material suitable for thermal transfer and laser printing. The PUR material boasts high tensile strength and particularly excellent tear resistance, ensuring that the marker remains intact and free from punctures and cracks during bundling and prolonged use.
PSFR high-temperature heat-shrinkable marking tube is made of flame-retardant irradiated cross-linked polyvinylidene fluoride (PVDF), specifically designed for wire number marking in high-temperature environments or harsh environments that require resistance to erosion from fuel, lubricants, and cleaning agents. It is also an ideal product for use in places with high requirements for low vacuum volatilization. The product features ultra-thin wall thickness and is available in both continuous and conformable types, both of which can be directly printed. When in use, simply use a heat gun to shrink the marking tube onto the cable to obtain a permanent marking.
MS-300 printer
Specially designed for the special requirements of cable identification in high-speed rail, subway, and urban rail transit train sets. Excellent physical and chemical electrical properties such as flame retardancy, smoke density, and smoke index. The product has excellent character adhesion. Depending on printing accuracy, speed, effect, and cost, computer-controlled thermal transfer printers, heavy-duty dot matrix printers, or laser printers can be selected, and double-sided printing is supported. Widely used in rail transit, communications, precision instruments, and other fields.
Specifically designed for permanent identification of cables in high-temperature and oil-contact environments, HMS marking tubes exhibit excellent oil resistance and are suitable for use in harsh environments such as organic solvents, conventional fuels, and lubricating oils. They provide superior electrical insulation and mechanical impact protection for cables, making them ideal cable marking products for aviation, railway, and construction facilities.
DS-300 printer
Specially designed for the special requirements of cable identification in high-speed rail, subway, and urban rail transit train sets. Excellent physical, chemical, and electrical properties such as flame retardancy, smoke density, and smoke index. The main function of the product is to identify cable interfaces in signal and power systems.
Specifically designed to meet the high surface requirements for wire and cable identification, AMS is made from radiation-crosslinked polyolefin. After direct printing, AMS achieves permanent marking, and even when exposed to aggressive cleaning agents or military fuel environments, the product maintains good character recognition capability.
Cross-linked ethylene-tetrafluoroethylene heat shrinkable tube
High-temperature resistant PTFE (commonly known as \plastic king\) tubes and Teflon sleeves are made of imported PTFE resin through compression sintering. They exhibit excellent electrical insulation, high flame retardancy, and self-lubricating properties, and are resistant to ultra-high temperatures and chemicals, as well as almost all oils and chemicals. They are widely used in automotive, military, aerospace, and other fields.
Fluororubber heat-shrinkable tubing is made from fluororubber and polymer elastomers through radiation modification, allowing it to be used at high temperatures for extended periods. It is resistant to diesel fuel, aviation fuel, and high-temperature fluids. It can be used for protection in military vehicles, high-speed rail vehicles, ship equipment, or commercial cable terminations, separations, and joints.
