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Precision Injection Molding Solutions

From automotive interiors to EV charging infrastructure, we deliver high-precision injection molding solutions tailored to your industry needs. With over 19 years of expertise and IATF 16949 certification, we ensure quality at every step.

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TERMINAL CONNECTOR

Automotive Terminal Connector Mold

OVERVIEW

The automotive terminal connector mold is engineered for producing precision terminal housings, cavity plugs, wire seals, and connector position assurance (CPA) components. This tooling system supports insert molding of stamped terminals, pre-formed contacts, and wire subassemblies. The mold architecture incorporates sliding cores, collapsible cores for internal locking features, and hot runner systems with pinpoint gating to achieve precision fill in thin-wall connector sections. Steel selection includes Stavax ESR for polished cavity surfaces and H13 with PVD coating for wear-prone insert areas. Cooling employs conformal circuits with micro-channel technology to maintain dimensional stability across complex connector geometries. Ejection strategies combine ejector pins, air poppets, and a synchronized stripper system to ensure damage-free demolding of intricate terminal housings and seal retainers.

ADVANTAGES

Core advantages

  • Insert molding capability for stamped terminals and contacts
  • Collapsible core technology for internal TPA and locking features
  • Pinpoint gate hot runner with individual nozzle temperature control
  • Multi-cavity configurations (8+8, 12+12, 16+16) available
  • PVD coating (TiAlN, CrN) on slide and core surfaces
  • Conformal micro-channel cooling reduces cycle time by 20–28%
  • Terminal positioning tolerance ±0.01 mm with optical verification
SPECIFICATIONS

Product characteristics

Mold base standard DME / HASCO / FUTABA
Insert molding capability Stamped terminals, pre-formed contacts
Injection materials PA6, PA66, PBT, LCP, PPS
Clamping force range 50 – 500 ton
Number of cavities 4 – 16 (custom)
Surface finish SPI A1, VDI 3400, textured
Terminal positioning tolerance ±0.01 mm
Mold life 1M – 3M shots
APPLICATIONS

Application scenarios

  • Terminal housings and cavity plugs
  • Connector position assurance (CPA) components
  • Wire seals and cable sealing elements
  • Header connectors and pin headers
  • Sensor connectors and mounting flanges
  • High-voltage and high-current connector systems
  • Board-to-board and wire-to-board connectors
PROCESS NOTES

Processing considerations

  • Mold temperature: 80–120°C for PA; 60–100°C for PBT
  • Melt temperature: 260–300°C for PA; 230–260°C for PBT
  • Insert preheat temperature: 120–180°C for metal terminals
  • Injection profile: slow fill to prevent terminal displacement
  • Pack pressure: 50–80% of injection pressure, hold time 3–8 sec
  • Venting depth: 0.003–0.008 mm for precision terminals
  • Shrinkage allowance: 0.5–1.2% for PA; 0.3–0.8% for LCP
FAQ

Common questions & solutions

01 How to prevent terminal misalignment during molding? +
Use servo-driven terminal positioning pins with force feedback; preheat terminals to 150–180°C; reduce injection speed during initial fill; implement terminal clamping mechanism in cavity with ±0.005 mm positioning accuracy.
02 What causes flash on terminal contact surfaces? +
Verify clamp tonnage within ±2% of optimum; inspect parting line for wear; reduce injection pressure; maintain venting depth at 0.003–0.005 mm; use hardened steel on critical parting surfaces with regular inspection.
03 Solutions for terminal plating damage during demolding? +
Apply protective coating on core pins; use ejection delay with air poppets; adjust ejector stroke to minimize contact; implement stripper plate ejection; validate terminal material hardness and plating adhesion.
04 How to achieve ±0.01 mm terminal position tolerance? +
Use precision-ground cavity inserts with thermal compensation; maintain mold temperature within ±1°C; implement optical positioning verification; use servo-controlled core pulling with 0.001 mm resolution and closed-loop feedback.
05 Recommended maintenance for terminal connector molds? +
Inspect terminal positioning pins every 40k cycles; clean gate tips and vent slots daily; replace worn inserts every 250k cycles; lubricate slide guides every 30k cycles; calibrate thermocouples quarterly; inspect terminal cavities for wear every 100k cycles.
Fanze T&M
| Precision Molding
IATF 16949 Since 2005
Precision Since 2005

Injection Molding Excellence

Singapore precision technology · 100+ experts · 21 export countries · IATF 16949 certified

100+
Team
21
Countries
24/7
Quick Response

Precision Mold
Development & Manufacturing

Fanze T&M (Jiashan) Co., Ltd. formerly known as Shanghai Fanze Precision Mould Co., Ltd., was founded in 2005 and specializes in the development of injection moulds and the manufacture of injection parts. We are China automotive terminal connector mold Manufacturers and Custom automotive terminal connector mold ODM/OEM Suppliers The company inherits Singapore's precision mold manufacturing technology.

In 2016, the company moved to Guigu Park, Jiashan, Zhejiang, with a plant area of 7,000 m² (usable 14,000 m²) and approximately 100 employees. Equipped with imported CNC, EDM, wire cutting, and high-performance injection molding machines from Japan and Germany.

Facility
14,000 m² · 100+ employees
Certification
IATF 16949 · ISO 9001
Founded
2005 · 19+ years of excellence

Advanced Equipment & Engineering

Full-service integration from development to assembly

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Precision Tooling
Singapore technology with imported CNC, EDM & wire cutting
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Injection Molding
Japanese & German machines, 14,000 m² facility
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Quality Assurance
IATF 16949 certified, rigorous quality control system
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Integrated Manufacturing
Development · molding · printing · assembly

Trusted by Global Leaders

Land Rover Triumph SAIC Changan ABB Tiger Electric
Export
21+
Countries Worldwide
Japan · Europe · Americas · Southeast Asia
Quality Policy
"Precision, High Efficiency, Casting Quality"
Advanced equipment · Leading technology · Excellent team · Considerate service
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