Kupro Lamenigita Fleksebla Litio-Bateria Busaj stangoj Por 280ah 300ah 310ah baterioĉelo

√  Farita el altpuraj kupraj lamenaĵoj.

√  Provizas flekseblecon por akomodi movojn de baterioj.

√  Desegnita por elteni altajn nunajn ŝarĝojn kaj termikan bicikladon.

√  Fleksebla dezajno ebligante rapidajn konektojn ene de bateripakaĵoj.

Via Fidinda Litio-Bateria Bus-stangoj Fabrikisto

Kiel ĉefa fabrikisto de Litiaj Bateriaj Busbaroj, ni dediĉas sin al liveri superajn konekteblecsolvojn por modernaj bateriaj sistemoj. Kun fokuso pri novigado kaj precizeco, niaj busbaroj estas kreitaj por plenumi la plej altajn normojn de rendimento kaj fidindeco, adaptitaj al viaj specifaj postuloj.

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1. Technical strength:

•  ISO9001/14000 and IATF16949 certified, with core patents such as molecular diffusion welding.
• Mass production of 4μm very thin copper foil, yield ≥ 90%, industry-leading technical barriers.

2. Quality Assurance:

• Full process automated inspection, thickness uniformity error <1%, impurity content ≤0.05%.
• Customized plating and surface treatment to meet the special needs of corrosion resistance and low resistance.

3. Cost advantage:

• Integrated production (melting → rolling → welding) reduces processing costs, 6μm copper foil processing costs are 15% lower than the industry.

4. Service support:

• 48 hours fast sampling, provide technical guidance from selection to installation.
• Cooperating customers include Ningde Times, BYD and other head enterprises, with cases covering 30+ countries around the world.

For further information on specific models or customized solutions, please  contact us e for technical support.

Kupro Lamenigita Fleksebla Litio-Bateria Busstangoj Avantaĝoj:

1. High Energy Density: Ultra-thin design (e.g. 4.5μm) improves the energy density of the battery to 323Wh/kg, which is about 15% higher than that of traditional copper foils.
2.  Safety and reliability: Flexible structure inhibits lithium dendrite growth and increases cycle life to 85.6% capacity retention (100 cycles). The composite interlayer (e.g. PET/PI) is flame retardant and heat insulating, reducing the flame self-extinguishing time by 80% in case of thermal runaway.
3. Process compatibility: support for water-based/oil-based slurry coating, adhesion increased by 30%, reducing wafer manufacturing costs.
   4. Lightweight: 17% porosity microporous design reduces weight by 17%, suitable for electric vehicle lightweight requirements.

Kupro Lamenigita Fleksebla Litio-Baterio Bus-stangoj Aplikoj:

• New energy vehicles: power battery module collector, support for fast charging (2000mA/g current density).
• Energy storage system: grid-level energy storage battery, adapting to frequent charging and discharging and high and low temperature environment.
• Consumer electronics: thin and light battery solutions for flexible devices (e.g. wearable devices).
• Industrial equipment: backup power in high vibration environments, such as aerospace sensors.