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Automotive Components Application & Project Records

Explore automotive components application and project records, with process context and equipment information to support production-line planning.

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Automotive Sedan Spoiler RIM Dosing System Project in China

Haifeng delivered a high-pressure RIM dosing system for sedan spoilers, cutting tooling Capex by 55% with zero sink marks and 180s cycle times.

55% Tooling & Equipment Capex Savings
10 days

Automotive Door Panel RIM Dosing System Project in China

Haifeng delivered a high-pressure RIM dosing system for automotive door panels, cutting substrate weight by 30% with zero surface sink marks.

30% Door Substrate Weight Reduction
12 days

EV Battery Cell Flame-Retardant PU Potting Line Project in China

Haifeng delivered an automated PU potting line for EV battery cells, enabling UL94 V-0 flame encapsulation and 35% faster cycle times under GB 38031-2025.

120 min Thermal Runaway Containment Compliance
18 days

Large RV Roof Canopy Polyurethane LFI System Project in China

Haifeng delivered an automated LFI system for large RV roof canopies, cutting weight by 40% with seamless one-piece structural stability.

40% Component Weight Reduction vs SMC
18 days

Automotive PU-SMC Bumper Beam Molding Line Project in China

Haifeng delivered a turnkey PU-SMC molding line for automotive bumper beams, achieving 40% weight reduction and a 2.5-minute demold cycle.

40% Weight Reduction vs Traditional Steel
14 days

Automotive PU Bump Stop Production Line Upgrade Project in China

Bumper Stop Production Line Upgrade +67% Daily Output demonstrates an automotive polyurethane bumper stop production solution designed to improve daily output, manufacturing efficiency, process stability, and component production capacity.

+67% Single-Line Daily Output Increase
5 Months

Automotive Seat PU Foaming Line Upgrade Project in China

Automotive Seat Polyurethane Foaming Line Upgrade Cuts Defect Rate from 11% to 1. 5% highlights an advanced polyurethane foaming solution that improves product consistency, reduces defects, and enhances automotive seat manufacturing efficiency.

+96% Single-Line Daily Output Increase
6 Months