COMPANY NEWS
-
Steps to order Custom Wire Harness | 5 quick points
To order a custom wire harness, first provide detailed specifications including wire gauge (typically 18-24 AWG), connector types (e.g., Deutsch, Molex), and length (±2mm tolerance). Submit CAD drawings or samples for accurate quotin......
-
How to design Cable Harness | 5 principles
When designing cable harnesses, follow these core principles: Use high-temperature (105°C+) PVC or Teflon insulation for durability. Maintain 3x cable diameter bend radius to prevent damage. Separate power & signal c......
-
Custom Cable Harness benefits | 6 advantages detailed
Custom cable harnesses offer tailored solutions for complex systems, reducing installation time by 40% versus loose wiring. They enhance reliability with precision-molded connectors (±0.2mm tolerance) and high-tem......
-
What is Cable Harness assembly | 5 components
A cable harness assembly organizes multiple wires into a single unit for efficient power/signal transmission. Key components include wires (16-24 AWG copper), connectors (e.g., Deutsch, Molex), terminals (crimp or solder typ......
-
Questions to ask Wire Harness manufacturer | 7 examples
When evaluating a wire harness manufacturer, ask about their IPC/WHMA-A-620 compliance, crimp force monitoring (0.5-1.5 kN range), and automated testing (e.g., 500V hipot checks). Confirm lead times for 24-hour prototy......
-
Finding harness cable assembly services | 5 resources
When sourcing harness cable assembly services, check specialized manufacturers with ISO 13485 or IATF 16949 certification for medical/auto sectors. Use platforms like ThomasNet or Global Sources to compare vendors offering ......
-
When to opt for Custom Cable Harness | 5 scenarios
Opt for custom cable harnesses when standard solutions fail—such as tight space constraints (<5mm clearance), high-temperature environments (>105°C), or complex routing with 15+ connections. Customization ensures EMI shield......
-
Best practices for Wire Harness assembly | 5 tips
To ensure high-quality wire harness assembly, use color-coded wires and labeled connectors to minimize errors, and maintain a 10-15% wire slack for strain relief. Crimp terminals with calibrated tools at 0.5-1.5 kN force, and perform conti......
-
Key features of Custom Wire Harness | 6 attributes
A high-quality custom wire harness should offer UL/CE certification for safety compliance and ±0.1mm precision in wire routing. Look for >500V dielectric strength and -40°C to 105°C temperature resista......
-
Selecting Cable Harness assembly company | 5 checks
When choosing a cable harness assembly company, verify IPC/WHMA-A-620 certification for quality standards. Ensure >98% on-time delivery rates and <0.5% defect rates in production audits. Check automated crimping &am......
-
Choosing Automotive Wire Harness supplier | 5 tips
When selecting an automotive wire harness supplier, prioritize ISO/TS 16949 certification to ensure quality compliance. Look for suppliers with 30%+ defect-free delivery rates and <1% failure rates in testing. Verify le......
-
Custom Cable Harness cost savings | 5 strategies
To achieve cost savings in custom cable harness production, consider bulk purchasing to reduce material costs by 10-15%. Optimize design efficiency to minimize waste, saving up to 20% in labor. Automate testing to cut inspec......
-
Why Automotive Wire Harness is essential | 5 reasons
The automotive wire harness is essential because it organizes complex wiring (reducing failure rates by 35%), ensures reliable power distribution (handling 12V-48V systems), and enhances safety (preventing short circuits by ......
-
How to assemble Cable Harness in 6 easy steps
To assemble a cable harness, start by planning the layout (using CAD software reduces errors by 40%). Cut wires to exact lengths (tolerance ±2mm) and strip insulation (5-7mm for crimping). Secure connectors (torque t......
-
Lifespan of Wire Harness | 5 influencing factors
The lifespan of a wire harness depends on material quality (high-grade insulation lasts 15+ years), environmental exposure (extreme heat reduces life by 30%), mechanical stress (vibration cuts durability by 20%), proper in......
