Wire Harness Solution Manufacturer
Customized manufacturer of equipment wiring harness
Customized manufacturer of equipment wiring harness
CJT Zhiyan was established in 2007 and has been focusing on connector solutions, assisting in the fields of electric vehicles, aerospace, digital factories, and smart homes. We collaborate with customers to produce highly engineered connectivity and sensing products, committed to creating an interconnected world. With a focus on reliability and durability, a commitment to progress, and an outstanding product portfolio, we help companies of all sizes transform creativity into technology, changing the way the world works and lives in the future.
Patent authentication
r&d team
Serving customers
Annual output
Research and development, design, and sales of wire harness connectors
Design and R&D：More than 300 self-designed research and development teams, developing various new products every year
QA Manage：Factory management strictly adheres to quality requirements, and each production line is equipped with one line inspection and quality assurance system
Brand raw materials：Having mature channel procurement capabilities, especially for foreign brand materials
Elastic service：Provide customized services for multiple varieties and small batches, with ordinary materials sampled in 3 days and delivered in 2 weeks
Product value：Strict control of the production process, excellent product quality, reasonable prices, and strong market competitiveness
Wide network：Domestic and foreign sales and service outlets will be established in economic regions in the future
Provide low-cost and highly reliable wiring harness design solutions to quickly start your project!
1.
Raw material validation reliabilityWe have our own specialized laboratory for performance verification and quality monitoring of raw materials to ensure that all materials put online are qualified.
2.
Reliability of terminal/connector selectionAfter analyzing the main fault modes and failure forms of terminals and connectors, different models of connectors were selected for different equipment in different usage environments to adapt.
3.
Electrical system design reliabilityAccording to the product usage scenario, through reasonable improvement and merging of circuits and components, differentiated modular processing is carried out to reduce loops and improve the reliability of the electrical system.
4.
Reliability of processing process designWidely used in designing optimal processing processes based on product structure, usage scenarios, and characteristic requirements, ensuring critical dimensions and related requirements of products through molds and fixtures.
1.
Raw material validation reliabilityWe have our own specialized laboratory for performance verification and quality monitoring of raw materials to ensure that all materials put online are qualified.
2.
Reliability of terminal/connector selectionAfter analyzing the main fault modes and failure forms of terminals and connectors, different models of connectors were selected for different equipment in different usage environments to adapt.
3.
Electrical system design reliabilityAccording to the product usage scenario, through reasonable improvement and merging of circuits and components, differentiated modular processing is carried out to reduce loops and improve the reliability of the electrical system.
4.
Reliability of processing process designWidely used in designing optimal processing processes based on product structure, usage scenarios, and characteristic requirements, ensuring critical dimensions and related requirements of products through molds and fixtures.
Full development support from project engineers
Design energy distribution for each electrical subsystem and circuit based on the electrical schematic diagram and draw wiring harness drawings.
3D diagrams can be provided for electronic components, injection molded parts, hardware components, molds, etc. that may be used in special wiring harnesses.
Design the external protection form of the wiring harness and the protection form of the through-hole.。
Determine the model of the wiring harness terminal and connector based on the electrical load to determine the fuse or circuit breaker.
Design the combination of wiring harness and PCBA/capacitor/resistor/LED/power supply, as well as hardware/injection molded parts.
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Design energy distribution for each electrical subsystem and circuit based on the electrical schematic diagram and draw wiring harness drawings.
3D diagrams can be provided for electronic components, injection molded parts, hardware components, molds, etc. that may be used in special wiring harnesses.
Design the external protection form of the wiring harness and the protection form of the through-hole.
Determine the model of the wiring harness terminal and connector based on the electrical load to determine the fuse or circuit breaker.
Design the combination of wiring harness and PCBA/capacitor/resistor/LED/power supply, as well as hardware/injection molded parts.
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Q/A
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