This precision engineering plastic manifold base is a high-performance, integrated injection-molded component specifically designed for fluid distribution, valve installation, and pneumatic/hydraulic system integration in automobiles, industrial automation, and fluid control equipment. It is made of glass fiber reinforced engineering plastic and features an enhanced ribbed structure, multiple fluid ports, and integrated mounting holes. It boasts excellent structural rigidity, pressure resistance, and dimensional stability, making it suitable for harsh operating environments.
Reinforced Ribbed Structure: The internal grid and triangular ribbing maximize structural strength while minimizing weight, ensuring the plate withstands high fluid pressure, vibration, and mechanical stress without deformation.
Multi-Port Fluid Interface: The array of cylindrical fluid ports (including dual large outlet nozzles, central inlet, and sensor ports) enables centralized fluid distribution, valve mounting, and sensor integration, simplifying complex fluid system layouts.
Precision Mounting Hole Pattern: The evenly spaced countersunk mounting holes ensure secure, flush installation on equipment housings, engine bays, and industrial machinery, with tight tolerances to eliminate fluid leakage.
Integrated Fluid Channel Design: The precision-molded internal fluid channels (visible via ribbed structure) optimize flow efficiency, minimize pressure loss, and ensure uniform fluid distribution to connected components.
High-Strength, Lightweight Construction: Manufactured from impact-resistant, glass-fiber reinforced PA66, the plate delivers exceptional mechanical strength and chemical resistance while reducing overall system weight compared to metal alternatives.
Leak-Proof Sealing Surfaces: The flat, precision-machined sealing faces ensure zero fluid leakage when mated with gaskets or O-rings, maintaining system reliability in continuous operation.
Parameter Category | Standard Specification | Customization Range | Tolerance Requirement |
Core Process | Precision Injection Molding | Insert Molding / Secondary Machining Optional | Overall Dimensional Tolerance: ±0.02mm |
Base Material | Glass-Fiber Reinforced PA66 (Nylon) | POM, PP, Custom Engineering Plastics | Compliant with RoHS, REACH, IATF 16949 |
Operating Pressure | 0~1.0MPa (Standard) | High-Pressure Versions Up to 1.6MPa | Pressure Resistance: ≥1.5x Working Pressure |
Port Configuration | Multi-Size Fluid Ports (Inlet/Outlet/Sensor) | Custom Port Count, Size, and Layout | Port Position Tolerance: ±0.03mm |
Mounting Hole Specification | Standard φ4mm / φ5mm Through Holes | Customizable Hole Size & Spacing | Hole Position Tolerance: ±0.03mm |
Surface Finish | Matte Black | Anodized (Metal Option), Custom Color, Hard Coating | Surface Roughness Ra ≤1.6μm |
Structural Strength | Tensile Strength ≥150MPa (PA66-GF30) | Optimizable for Heavy-Duty Applications | Notched Impact Strength ≥15kJ/m² |
Minimum Order Quantity | 1,000pcs (Mold Opening) / 5,000pcs (Mass Production) | Small-Batch Trial Production Supported | Mass Production Lead Time: 7-15 Working Days |
Material Type | Core Features | Ideal Application Scenarios |
Reinforced PA66 (Nylon + 30% Glass Fiber) | High strength, heat resistance, chemical corrosion resistance, excellent mechanical properties | Automotive fluid systems, industrial pneumatic manifolds, heavy-duty equipment |
POM (Polyoxymethylene) | Low friction, excellent dimensional stability, wear resistance | Precision fluid control components, high-cycle automation systems |
6061-T6 Aluminum Alloy (Machined Option) | Ultra-high pressure resistance, heat dissipation, durability | Heavy-duty industrial hydraulic systems, high-pressure applications |
Stainless Steel (Machined Option) | Corrosion resistance, hygiene, high temperature resistance | Food & beverage, pharmaceutical, and harsh environment fluid systems |
Automotive Industry: Engine fluid distribution manifolds, vacuum system base plates, automotive HVAC valve mounting brackets.
Industrial Automation: Pneumatic valve manifolds, fluid control system base plates, industrial machinery fluid distribution components.
Fluid Control Equipment: Water treatment system manifolds, pump mounting base plates, fluid sensor integration brackets.
New Energy & EV: Battery cooling system manifolds, thermal management fluid distribution plates, EV charging system components.
Home Appliances: Washing machine/dishwasher fluid distribution manifolds, water heater valve mounting brackets.
Full Customization: We support 1:1 mold development based on customer 3D/2D drawings or samples, with free DFM (Design for Manufacturability) analysis to optimize port layout, flow channels, and structural design.
Rigorous Quality Control: Our production follows ISO 9001 and IATF 16949 quality management systems, with 100% dimensional inspection, pressure leak testing, and material performance testing to ensure zero defects.
Comprehensive Post-Processing: Offers secondary operations including ultrasonic welding, insert pressing, surface coating, and custom assembly to deliver fully finished, ready-to-install components.
Global Supply Chain Support: Provides flexible packaging, international logistics (sea/air/express), and dedicated customer service to ensure seamless procurement for global automotive and industrial suppliers.
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Packaging: Anti-rust plastic bags, foam lining, and sturdy master cartons to prevent damage during transit. Custom packaging available for OEM production lines.
Lead Time: Mold development: 15-25 working days; Mass production: 7-15 working days (adjustable based on order quantity).
Payment Terms: T/T, L/C, and other standard international trade terms supported.
Logistics Options: DHL, FedEx, sea freight, air freight, and other global shipping solutions available.
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