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Precision Cut Copper Nickel Busbar Conductive Strap with Corrosion and High Temperature Resistance for Lithium Cell Packs

Precision Cut Copper Nickel Busbar Conductive Strap with Corrosion and High Temperature Resistance for Lithium Cell Packs

MOQ: 100개
가격: Negotiatable
표준 포장: 나무 상자
배달 기간: 3-5 영업일
지불 방법: L/C,T/T,웨스턴 유니온,MoneyGram
공급 능력: 주 당 2000000pcs
상세 정보
원래 장소
중국
브랜드 이름
NikTech
인증
ISO 9001:2008
모델 번호
구리 니켈 버스바
기준:
ASTM
유형:
구리-니켈 버스 바
등급:
18650 26650 32650 21700
내식성:
부식에 대한 저항력
두께:
0.3mm 구리 +0.15mm 니켈 도금, 재료 thic
맞춤 서비스:
맞춤형
브랜드:
니크테크
기술:
뜨거운 롤 콜드 롤
유효성:
주 당 2000000pcs
용도:
배터리 팩, 배터리, 전자 부품 생산에 사용됩니다.
원본 장소:
치안스, 중국
MOQ:
100개
표면:
구리-니켈 색상
너비:
사용자 정의 크기
프로세스:
더럽혀진/펀칭된
이점:
고온 저항성, 양호한 용접성
강조하다:

Copper Nickel Busbar for lithium cells

,

Precision cut conductive strap

,

Pure Nickel grid power links

제품 설명

Copper Nickel Busbar Precision Cut Conductive Strap for Lithium Cell Pack & Grid Power Links

 

1.Product Description 

Precision cut copper nickel busbar combines high-conductivity copper substrate and compact nickel protective layer, produced under standardized metal alloy production protocols. Integrated dual-material merits cut energy loss during large current transfer while blocking oxidation triggered by humidity and airborne particles. Precision laser cutting delivers burr-free edges for seamless spot welding on lithium cell terminals, with stable mechanical ductility to resist thermal expansion deformation in fluctuating temperature environments. Adaptable to South Asian household energy equipment, American commercial power systems and European new energy infrastructure, this conductive strap accepts custom thickness, width and hole positioning. Strict chemical composition screening guarantees steady electrical output across long-term service cycles.
 
Precision Cut Copper Nickel Busbar Conductive Strap with Corrosion and High Temperature Resistance for Lithium Cell Packs 0Precision Cut Copper Nickel Busbar Conductive Strap with Corrosion and High Temperature Resistance for Lithium Cell Packs 1
 

Standard Parameter Table 

 
Category Item Specific Parameter Remarks & Test Conditions
Chemical Composition (wt%) Copper (Cu) 99.9% (Base Material) High-purity electrolytic copper, main conductive layer
  Nickel (Ni) Plating Layer: 99.8% 0.15mm thick uniform electroplated nickel, anti-corrosion layer
  Impurity (P/S/C) P≤0.01%, S≤0.01%, C≤0.03% Strict impurity control to ensure stable conductivity
Physical Parameters Total Thickness 0.45mm (0.3mm Cu + 0.15mm Ni); Customizable Thickness adjustable per client drawings
  Standard Width 10mm; Customizable Cell spacing, single side width fully adjustable
  Operating Temperature -55℃ ~ +300℃ No plating cracking or peeling under continuous high temperature
  Electrical Conductivity ≥98% IACS Low resistance, reduces power loss during current transmission
Mechanical Performance Tensile Strength 275–370 MPa Normal temperature state, stable structural strength
  Elongation 20%–40% Good ductility, supports bending and stamping processing
  Plating Adhesion Strength ≥6 N/mm Tested per ISO 2409, no nickel layer falling off during processing
Execution & Compliance Standards National Standard GB/T 5585.1-2018, GB/T 2040 Electrical copper alloy busbar manufacturing standard
  Quality Certification ISO9001:2015, RoHS, SGS Global environmental and quality compliance
  HS Code 8507909000 Unified customs commodity code for export

 

 

 

3.  Advantages

  1. Burr-free laser cutting removes secondary polishing steps to lower overall assembly expenses
  2. Balanced thermal expansion coefficient avoids cracking after repeated charge-discharge cycles
  3. Low impurity raw material restrains impedance rise after years of continuous operation
  4. Lightweight composite structure reduces overall module weight for mobile energy devices
  1.  

4.Application Range

  1. 21700, 18650 cylindrical lithium cell series-parallel combination connectors
  2. Commercial energy storage cabinet internal cross-link conductive straps
  3. Offshore small power equipment anti-rust connecting bus strips
  4. Household portable energy storage battery internal wiring components

Precision Cut Copper Nickel Busbar Conductive Strap with Corrosion and High Temperature Resistance for Lithium Cell Packs 2

  1.  

5.FAQ

Q: What maximum current load can this copper nickel busbar sustain?
 
A: The sustainable current value varies based on customized thickness and width; we will provide accurate current load data matching your dimensional plan.
 
Q: Can special hole positions or bending angles be processed on busbar?
 
A: Custom punching, bending and notch processing are supported, we manufacture finished products strictly according to your technical blueprints.
 
상품
제품 세부 정보
Precision Cut Copper Nickel Busbar Conductive Strap with Corrosion and High Temperature Resistance for Lithium Cell Packs
MOQ: 100개
가격: Negotiatable
표준 포장: 나무 상자
배달 기간: 3-5 영업일
지불 방법: L/C,T/T,웨스턴 유니온,MoneyGram
공급 능력: 주 당 2000000pcs
상세 정보
원래 장소
중국
브랜드 이름
NikTech
인증
ISO 9001:2008
모델 번호
구리 니켈 버스바
기준:
ASTM
유형:
구리-니켈 버스 바
등급:
18650 26650 32650 21700
내식성:
부식에 대한 저항력
두께:
0.3mm 구리 +0.15mm 니켈 도금, 재료 thic
맞춤 서비스:
맞춤형
브랜드:
니크테크
기술:
뜨거운 롤 콜드 롤
유효성:
주 당 2000000pcs
용도:
배터리 팩, 배터리, 전자 부품 생산에 사용됩니다.
원본 장소:
치안스, 중국
MOQ:
100개
표면:
구리-니켈 색상
너비:
사용자 정의 크기
프로세스:
더럽혀진/펀칭된
이점:
고온 저항성, 양호한 용접성
최소 주문 수량:
100개
가격:
Negotiatable
포장 세부 사항:
나무 상자
배달 시간:
3-5 영업일
지불 조건:
L/C,T/T,웨스턴 유니온,MoneyGram
공급 능력:
주 당 2000000pcs
강조하다

Copper Nickel Busbar for lithium cells

,

Precision cut conductive strap

,

Pure Nickel grid power links

제품 설명

Copper Nickel Busbar Precision Cut Conductive Strap for Lithium Cell Pack & Grid Power Links

 

1.Product Description 

Precision cut copper nickel busbar combines high-conductivity copper substrate and compact nickel protective layer, produced under standardized metal alloy production protocols. Integrated dual-material merits cut energy loss during large current transfer while blocking oxidation triggered by humidity and airborne particles. Precision laser cutting delivers burr-free edges for seamless spot welding on lithium cell terminals, with stable mechanical ductility to resist thermal expansion deformation in fluctuating temperature environments. Adaptable to South Asian household energy equipment, American commercial power systems and European new energy infrastructure, this conductive strap accepts custom thickness, width and hole positioning. Strict chemical composition screening guarantees steady electrical output across long-term service cycles.
 
Precision Cut Copper Nickel Busbar Conductive Strap with Corrosion and High Temperature Resistance for Lithium Cell Packs 0Precision Cut Copper Nickel Busbar Conductive Strap with Corrosion and High Temperature Resistance for Lithium Cell Packs 1
 

Standard Parameter Table 

 
Category Item Specific Parameter Remarks & Test Conditions
Chemical Composition (wt%) Copper (Cu) 99.9% (Base Material) High-purity electrolytic copper, main conductive layer
  Nickel (Ni) Plating Layer: 99.8% 0.15mm thick uniform electroplated nickel, anti-corrosion layer
  Impurity (P/S/C) P≤0.01%, S≤0.01%, C≤0.03% Strict impurity control to ensure stable conductivity
Physical Parameters Total Thickness 0.45mm (0.3mm Cu + 0.15mm Ni); Customizable Thickness adjustable per client drawings
  Standard Width 10mm; Customizable Cell spacing, single side width fully adjustable
  Operating Temperature -55℃ ~ +300℃ No plating cracking or peeling under continuous high temperature
  Electrical Conductivity ≥98% IACS Low resistance, reduces power loss during current transmission
Mechanical Performance Tensile Strength 275–370 MPa Normal temperature state, stable structural strength
  Elongation 20%–40% Good ductility, supports bending and stamping processing
  Plating Adhesion Strength ≥6 N/mm Tested per ISO 2409, no nickel layer falling off during processing
Execution & Compliance Standards National Standard GB/T 5585.1-2018, GB/T 2040 Electrical copper alloy busbar manufacturing standard
  Quality Certification ISO9001:2015, RoHS, SGS Global environmental and quality compliance
  HS Code 8507909000 Unified customs commodity code for export

 

 

 

3.  Advantages

  1. Burr-free laser cutting removes secondary polishing steps to lower overall assembly expenses
  2. Balanced thermal expansion coefficient avoids cracking after repeated charge-discharge cycles
  3. Low impurity raw material restrains impedance rise after years of continuous operation
  4. Lightweight composite structure reduces overall module weight for mobile energy devices
  1.  

4.Application Range

  1. 21700, 18650 cylindrical lithium cell series-parallel combination connectors
  2. Commercial energy storage cabinet internal cross-link conductive straps
  3. Offshore small power equipment anti-rust connecting bus strips
  4. Household portable energy storage battery internal wiring components

Precision Cut Copper Nickel Busbar Conductive Strap with Corrosion and High Temperature Resistance for Lithium Cell Packs 2

  1.  

5.FAQ

Q: What maximum current load can this copper nickel busbar sustain?
 
A: The sustainable current value varies based on customized thickness and width; we will provide accurate current load data matching your dimensional plan.
 
Q: Can special hole positions or bending angles be processed on busbar?
 
A: Custom punching, bending and notch processing are supported, we manufacture finished products strictly according to your technical blueprints.