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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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MULTI PORT CONNECTOR PROGRAM

Multi Port Plastic Connector Parts

Production tooling for multi-port connector housings, port blocks, manifold connectors, multi-way couplers, and distribution fittings. Engineered for port-to-port alignment, sealing integrity, wall thickness uniformity, and PP / PA / PBT / POM material systems used in fluid, pneumatic, and electrical connection assemblies.

Port Alignment Sealing Integrity Multi-Cavity
16 max ports
1.5M shots life
45 day lead time
Program Overview

Multi port plastic connector parts are molded components that integrate several connection points within a single housing, used in fluid distribution, pneumatic manifolds, and multi-line electrical interfaces. Tooling is developed from customer CAD data with port spacing verification, wall thickness analysis, gating strategy, and sealing face validation before steel procurement. Molds accommodate PP, PA6, PA66, PBT, and POM grades with attention to core pulling for internal ports and unscrewing mechanisms for threaded ports. Deliverables include DFM reports, mold flow analysis, steel certificates, T1 sampling, dimensional inspection reports, port alignment measurement data, and PPAP documentation packages suitable for automotive, industrial, and fluid handling supply chains.

Tooling Scope
Multi-port housings Manifold blocks Unscrewing molds Collapsible core
Materials
PP, PPR, PP-H PA6, PA66, PA+GF PBT, POM PVC-U, PE100
Tool Steel
P20 / 1.2311 H13 / 1.2344 S136 / 1.2083 Nitriding / hard chrome
Deliverables
DFM report Mold flow analysis Port alignment report PPAP package
Technical Parameters
Mold base standard DME / HASCO / FUTABA / LKM
Clamping force range 150 – 1000 ton
Cavity quantity 1 – 16 (connector dependent)
Port count range 2 – 16 ports per part
Surface finish VDI 3400, SPI B1, textured, matte
Hot runner Valve gate / open gate / hot tip
Cooling Conformal circuits / baffles / bubblers
Ejection Pins + stripper plate + sleeve ejection
Port mechanism Unscrewing / collapsible core / split insert
Port alignment tolerance ±0.05 mm between adjacent ports
Tool life 500k – 1.5M shots
Program Workflow
01
DFM & Quotation
Part review, port layout check, gate proposal, tonnage estimate
02
Mold Design
3D design, flow simulation, warp prediction, port core layout
03
Steel & Machining
CNC, EDM, wire cut, port grinding, polishing, hard chrome
04
Trial & Validation
T1 sampling, dimensional report, port alignment check, process tuning
05
Delivery & Support
PPAP package, spare parts, hot runner service, ramp-up support
Quality Control Points
Steel certificate and hardness verification
CMM dimensional inspection on cavity blocks
Mold flow simulation report before steel cutting
First article inspection with full dimension report
Port-to-port alignment measurement on T1 samples
Sealing face flatness and groove verification
Water circuit pressure and flow testing
Final sample inspection against customer master
Procurement FAQ
Q What data is required to quote a multi port connector mold?
3D part data (STEP / IGES / native CAD), 2D drawing with port positions, tolerance and datum scheme, thread standard for each port, material specification including pressure rating, annual volume forecast, machine tonnage available, and target cycle time if defined.
Q What is the typical lead time for multi port tooling?
Standard lead time is 35–45 days for single-cavity multi-port housings and 50–65 days for multi-cavity tools or connectors with unscrewing mechanisms, collapsible port cores, and complex manifold geometry. Lead time begins after design freeze and includes T1 sampling.
Q How is port-to-port alignment controlled?
Port cores are machined with reference to a common datum and assembled with guided alignment features. Port positions are verified by CMM on T1 samples with adjacent port tolerance held to ±0.05 mm. Where threaded ports are specified, plug and ring gauges are used for verification.
Q How is sealing performance supported during tooling?
Sealing faces and O-ring grooves are machined to tight tolerance with dedicated polishing. Wall thickness and gate placement are validated in mold flow simulation to reduce weld line exposure at seal zones. Pressure test support is available on request during T1 and T2 sampling.
Q What after-sales support is provided?
Support includes remote process troubleshooting, spare parts supply, wear insert replacement, unscrewing mechanism service, port gauge verification, and on-site technical assistance for production ramp-up when required.
Request a multi port connector tooling quotation
Send part data, port layout, and volume forecast to receive DFM feedback and pricing within 48 hours.
Submit RFQ
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 Multi Port Plastic Connector Parts Manufacturers and Custom Multi Port Plastic Connector Parts 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

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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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