Kuumakahaneva toruga isoleeritud vasest siinivarras

√  Kvaliteetne vask termokahanevate torude isolatsiooniga

√  Tavaliselt 2:1 või 3:1, olenevalt nõudmistest

√  Ristseotud polüolefiin või muud spetsiaalsed materjalid

√  Erineb sõltuvalt isolatsioonimaterjalist ja paksusest

Juhtiv termokahaneva toruga isoleeritud vasest siinitootja

Juhtiva termokahaneva toruga isolatsiooniga vasest siinide tootjana oleme spetsialiseerunud kvaliteetsete ja usaldusväärsete lahenduste tootmisele tõhusaks elektrijaotuseks ja elektriisolatsiooniks. Meie siinid on loodud vastama kaasaegsete elektrisüsteemide rangetele nõudmistele, pakkudes suurepärast juhtivust, tugevat isolatsiooni ja paremat vastupidavust.

Production process:

1. Raw material processing: Screening copper rows and insulating materials, cutting and cleaning the surface (removing oil, burrs).

2. Composite process:

• By irradiation cross-linking or chemical cross-linking technology, the polyolefin material is laminated with the copper rows to control the uniformity of the layer thickness.
• Curing treatment to enhance the bonding strength.

3. Heat shrink molding: Heating to 120℃~140℃, using oven or hot air gun for uniform shrinkage, to avoid air bubbles or localized overheating.

4. Post-treatment and inspection: After cooling, remove the excess sleeve, check the surface flatness, insulation properties (such as voltage resistance test).

Product advantages:

• Excellent electrical performance:  High dielectric strength (≥25kV/mm), reduce the risk of interphase flashover, temperature rise is 15~20K lower than bare copper, can reduce the choice of copper specifications.
• Mechanical and weather resistance: Tensile strength ≥8MPa, elongation at break ≥300%, chemical resistance and UV aging.
• Convenient installation: Support stove, heat gun and other heating methods, adapt to mass production and on-site construction.
• Environmental safety: Halogen-free flame retardant materials to reduce fire toxicity, in line with international environmental standards.
• Economy: Reduce the volume of equipment, extend the life of busbar, reduce maintenance costs.

Rakendused:

1. Power system:

• Insulation protection of 10kV~35kV substations, distribution cabinets, bus ducts.
• Insulation enhancement of ultra-high voltage transmission lines (e.g. State Grid project).

2. new energy facilities: Wind farms, photovoltaic power station converging busbar and inverter connection.

3. rail transportation: Insulation of busbar of power supply system of subway and high-speed railway.

4. industrial equipment: Busbar protection of large motors, UPS power supply, high and low voltage switchgear.

5. construction field: The safety insulation of the power system of ultra-high-rise buildings.

Võtke meiega ühendust:
Heat-shrinkable tube insulated copper busbar with its high performance, easy to install and wide adaptability, become the key material for modern power equipment upgrade. Partner with us for top-quality Heat Shrink Tube Insulated Copper Busbars that meet your precise specifications. Contact us today to discuss your project requirements and discover how our solutions can enhance the performance and reliability of your electrical systems.