1、PPA GF15 Material, Excellent Insulation & Stability;
2、Injection Molding Process, Precise Dimensional Accuracy;
3、Partial Silver Plating Process, Enhanced Conductivity Protection;
4、Split-Type Shell, Comprehensive Busbar Insulation & Fixation.
Our busbar bottom shell and upper cover are manufactured by injection molding process, adopting PPA GF15 (polyphthalamide) material, and equipped with partial silver plating process to provide comprehensive insulation and protection for busbars in new energy vehicles.
With precise dimensions of Ф50.0*10.0, the split-type shell jointly wraps copper bars/aluminum bars, realizing bottom support, top protection, insulation isolation and fixed wiring functions for busbars.
1、PP+Glass Fiber Material, Enhanced Hardness;2、Wide Temperature Resistance (-40℃~120℃), Stable in Harsh Conditions;3、Precision Circular Structure, Reliable Vibration Protection;4、Perfect Fit for Automotive Electronic Components.
This bottom cover is manufactured via professional injection molding and surface treatment processes, using PP plus fiberglass composite material to deliver excellent mechanical strength and thermal stability for automotive electronic protection.
Designed with a compact circular dimension of Φ50.0×10.0, it provides reliable bottom shielding for automotive electronic parts, effectively isolating vibration and external impact to ensure long-term stable operation in complex vehicle environments.
1、PA66 GF35 R535HR BK + C10200 Material, High Reliability;
2、Coated Molding Process, Excellent Insulation & Structural Stability;
3、18916450(mm) Size, Perfectly Fit New Energy Vehicle Assembly;
4、Real-Time DC-to-AC Conversion, Core Power Heart of Vehicles.
Our new energy vehicle inverter is manufactured by coated molding process, adopting PA66 GF35 R535HR BK glass fiber reinforced nylon and C10200 red copper composite material, serving as the core power component of new energy vehicles.
With precise dimensions of 18916450(mm), it realizes real-time conversion of battery DC power to motor AC power. It boasts great insulation performance and vibration resistance, stably driving the motor and providing driving power for vehicles, which is essential for the normal operation of new energy vehicles.
1、PA66 GF35 R535HR BK + C10200 Material, High Reliability;
2、Coated Molding Process, Excellent Insulation Performance;
3、Partial Silver Plating Process, Optimized Conductivity;
4、Power Control Center of NEVs, Stable DC Output.
Our DC component is manufactured by coated molding process, adopting PA66 (nylon) + copper (PA66 GF35 R535HR BK + C10200) composite material, and is equipped with partial silver plating process to provide stable power scheduling for new energy vehicles.
With precise dimensions of 152*86*54(mm), it serves as the "power control center" of new energy vehicles, delivering stable and smooth DC output, filtering voltage ripple and EMI, and ensuring reliable operation of low-voltage equipment.
1、Precision Machining,Reliable Connection;2、Premium Copper Material,Superior Conductivity;3、Tin-Plated Surface Treatment for Long-Term Oxidation Prevention；4、Full Customization,Wide Applicability。Our compact busbars are engineered for seamless electrical system integration, combining conductor and insulation in a single unit through advanced injection molding techniques from a trusted injection molding manufacturer. Featuring high-conductivity copper and precision plastics, these injection molding products deliver superior thermal stability and vibration resistance, ensuring reliable performance in demanding industrial and automotive environments. Utilizing custom injection molding services reduces assembly complexity and component count, enhancing manufacturing efficiency while providing durable, space-saving solutions tailored to exact electrical system requirements.
Description:
Precision Machining,Reliable Connection;
Premium Copper Material,Superior Conductivity;
Tin-Plated Surface Treatment for Long-Term Oxidation Prevention；
Full Customization,Wide Applicability。The 17 series copper conductor is designed for compact, high-power motor assemblies, offering reliable conduction in space-constrained applications through advanced precision stamping techniques by expert metal stamping manufacturers. Made from high-purity copper with tin plating, this metal stamping part ensures low electrical resistance, oxidation resistance, and consistent dimensional accuracy for enhanced performance and thermal management. Utilizing custom metal stamping services, this conductor supports scalable production with precision, delivering robust mechanical and electrical reliability critical for OEMs in electronics and automotive industries.
