Heat Shrink Sleeves Bus Bar
As the core insulation protection component of power transmission systems, Heat Shrink Sleeves Bus Bar is designed specifically for busbar systems under high voltage, high frequency, and complex working conditions. With precise heat shrink memory effect and excellent material performance, it provides comprehensive insulation isolation, mechanical protection, and environmental adaptation protection for busbars. We are deeply engaged in the field of polymer material modification and power protection technology, and through precise control of the entire process, we create PE Heat Shrink Tube Insulated Busbar products that meet international stringent standards. They are widely applicable to high-end industrial scenarios such as new energy, rail transit, smart grids, and data centers, helping global engineering customers improve the stability of power system operation, extend equipment service life, and reduce operation and maintenance costs. We are the trusted choice of professional purchasers.
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Product Introduction
The Heat Shrink Sleeves Bus Bar is a functional insulation products made from high-performance cross-linked polyolefins as substrates, modified with special formulas, extruded, electron beam irradiated, and precision cut. Its core feature is that it can quickly shrink and tightly adhere to the surface of the busbar after heating, forming a gap-free, uniform, and dense protective layer, effectively solving the pain points of insulation aging, short circuit, corrosion, mechanical wear, and other issues faced by the busbar during installation and operation. Unlike conventional insulation materials, these EV Battery Connectors are specially optimized for the characteristics of busbar current carrying heat generation, irregular structure, and complex working conditions. It can adapt to busbar types with different cross-sectional sizes and materials, balancing the flexibility of low-temperature environments and the stability of high-temperature environments, achieving full lifecycle protection from production installation to long-term operation.
Core product features
Precise heat-shrink memory effect
The Heat Shrink Sleeves Bus Bar adopts a high crosslinking substrate formula, with stable and controllable radial shrinkage rate. After heating, it can quickly adhere to the surface of the busbar without bubbles or wrinkles. Even for irregular busbar joints and branches, it can achieve tight wrapping to ensure the integrity of insulation protection.
01
Comprehensive protection performance
The Busbar Insulating Tubing integrates multiple functions such as insulation, flame retardancy, corrosion resistance, UV resistance, and mechanical wear resistance, which can effectively isolate the corrosion of the busbar by environmental factors such as humidity, dust, and chemical media. At the same time, it has excellent resistance to electrical traces, reducing the risk of creepage and short circuit.
02
Environmental and safety features
Adopting halogen-free flame retardant formula, low smoke density and no toxic gas release during combustion, in line with international environmental and safety standards, especially suitable for the protection of electrical equipment in enclosed spaces and densely populated areas.
03
Convenient installation and adaptation
The Busbar Sleeves Insulation has good flexibility, making it easy to cut, transport, and install without the need for complex specialized equipment. It can be shrunk and formed by heating; Support customization of different specifications and sizes, suitable for various busbar materials such as copper and aluminum, with strong universality.
04
Technical features
High performance material modification technology
Solid Insulation Tubing Busbar uses imported base resins and independently developed functional additives to achieve synergistic optimization of material properties through precise proportioning, enabling the product to simultaneously possess high insulation, high flexibility, and high flame retardancy. The antioxidant and light stabilizer are specially added to significantly improve the anti-aging ability of the product and adapt to long-term outdoor or harsh environment operation.
Precision irradiation crosslinking technology
The Battery Terminal Bus Bar adopts a continuous electron beam irradiation process. Compared with traditional chemical crosslinking, the irradiation dose is more uniform, and the product crosslinking degree is more consistent, ensuring stable and controllable heat shrink performance and avoiding protection failure caused by insufficient local crosslinking; Simultaneously enhancing the mechanical strength and heat resistance of the product, achieving the optimal balance between performance and cost.
Full process quality control technology
Establish a full process inspection system from raw material screening to finished Heat Shrink Sleeves Bus Bar delivery, using precision equipment such as online diameter measurement, thickness detection, and heat shrinkage performance testing to monitor product parameters in real time, ensuring that key indicators such as wall thickness tolerance and shrinkage rate are accurately met; Each batch of products undergoes multiple performance tests such as pressure resistance, flame retardancy, and aging, and detailed testing reports are issued to ensure the quality stability of heat shrink tubing.
Our Certifications
Between the surging current of photovoltaic modules and the surging energy of energy storage batteries, Xiamen Apollo Stamping Welding Technology Co., Ltd. has built a quality moat with global certification and exclusive patents. We have not only obtained ISO 9001:2015 international certification (currently applying for IATF16949 automotive industry international quality certification system), but also redefined the precision and reliability of new energy components with three core patented technologies.
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