Industrial Injection Molding Fluid Nozzle Connector Plastic Elbow Fitting OEM
Process Introduction
This precision-engineered nozzle/fitting is designed for fluid delivery and industrial piping systems. Manufactured through injection molding using high-performance engineering plastics (PP, PA, POM), it features a straight needle design for optimal pressure resistance, leak-proof performance, and exceptional wear resistance.
Process Flow
- Design
- Mold Processing
- Injection Molding
- Seal Testing
- Assembly/Packaging
- Shipping
Product Specifications
| Parameter |
Value Range/Description |
| Process |
Injection Molding, Insert Molding |
| Material |
PP, PA6, POM |
| Accuracy |
±0.05–0.1 mm |
| Dimension Range |
≤50 mm |
| Features |
Elbow Fitting + Straight Needle |
| Surface Finish |
Smooth, Polished |
| Mold Life |
200,000–800,000 cycles |
| Batch Size |
1,000–100,000 pieces |
| Cycle Time |
15–25 days |
| Applications |
Fluid Systems, Industrial Piping |
Applications and Advantages
Applications
- Industrial fluid delivery systems
- Liquid/gas piping connections
- Medical and laboratory fluid systems
Advantages
- Excellent pressure resistance with leak-proof performance
- Flexible material selection for different fluid compatibility
- Combined elbow + needle tube structure for easy installation
- Cost-effective mass production
- Extended mold life with high reusability
Frequently Asked Questions
Is it high-pressure resistant?
Available in PA6 and POM materials for enhanced pressure resistance.
Can it be made in different diameters?
Fully customizable to meet specific requirements.
Can you support small batches?
Minimum order quantity: 1,000 pieces.
Is it corrosion-resistant?
PP material offers excellent chemical resistance.
Turnaround time?
Standard production cycle: 15–25 days.
Customization Options
We offer complete customization including port diameters, needle tube lengths, and elbow angles to meet diverse fluid system requirements. Our engineering team can develop solutions for your specific application needs.