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High-Performance Plastic Worm Gear from China Suppliers | Precision Transmission Factory with Custom Options
Core Advantages
In the field of mechanical transmission, plastic worm gears are gradually replacing traditional metal components. Our products, made with DuPont materials from the United States, achieve dimensional accuracy of ±0.02mm through injection molding. The unique double-ended thread design enhances the load capacity by 40%, and combined with the patented-lubrication technology, it can operate continuously for 10,000 hours without additional lubrication.
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Dimensional Accuracy ±0.02mm
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Load Capacity Enhanced by 40%
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Continuous Operation 10,000 Hours
Technical Highlights
- ✦ Helix angle error control within ±0.5°, ensuring smooth meshing.
- ✦ Surface roughness Ra ≤ 0.8μm, reducing operational noise to below 35 decibels.
- ✦ Optional conductive grade / anti-static grade materials, meeting special needs of electronic devices.
The product has been verified by a third-party testing institution with the following performance data:
✔ Tensile Strength: 65 MPa
✔ Flexural Modulus: 2800 MPa
✔ Dimensional Change Rate: less than 0.3% in a humid environment
65 MPa
Tensile Strength
2800 MPa
Flexural Modulus
<0.3%
Dimensional Change Rate (Humid)
≤35 dB
Operational Noise
Typical Application Scenarios
- 🏠 Intelligent curtain motor transmission system
- 🩺 Blood glucose meter miniature drive device
- 🤖 Industrial robot joint reducer
- 🚗 Automobile tailgate lifting mechanism
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The existing inventory covers the three major mainstream specifications of M1.0 / M1.5 / M2.0, and special parameters support 30-day rapid mold opening. All products undergo more than 200 no-load tests before leaving the factory.
Frequently Asked Questions
Q
What material are your plastic worm gears made from, and why is it superior?
Our plastic worm gears are manufactured using DuPont engineering materials sourced from the United States. These materials offer exceptional mechanical strength, dimensional stability, and resistance to moisture. Combined with our precision injection molding process, we achieve a dimensional accuracy of ±0.02mm, making them a reliable alternative to traditional metal components.
Q
How long can the plastic worm gear operate without lubrication?
Thanks to our patented lubrication technology integrated into the gear design, the product can operate continuously for up to 10,000 hours without requiring additional lubrication. This significantly reduces maintenance costs and downtime in industrial applications.
Q
Are anti-static or conductive grade options available for use in electronic devices?
Yes. We offer optional conductive grade and anti-static grade material variants specifically designed to meet the special requirements of electronic devices and sensitive equipment environments. Please contact us to discuss your specific application needs.
Q
What standard specifications are available in stock, and can custom sizes be ordered?
We maintain ready inventory for the three mainstream specifications: M1.0, M1.5, and M2.0. For custom or special parameters beyond these standard sizes, we support rapid mold opening within 30 days to accommodate your unique project requirements.
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What quality testing does each product undergo before shipment?
Every product undergoes a rigorous quality control process, including more than 200 no-load test cycles before leaving the factory. Additionally, third-party testing institutions have verified key mechanical properties including a tensile strength of 65 MPa, a flexural modulus of 2800 MPa, and a dimensional change rate of less than 0.3% in humid environments.
Q
In what industries and applications are these plastic worm gears commonly used?
Our precision plastic worm gears are widely applied across multiple industries, including smart home systems (intelligent curtain motors), medical devices (blood glucose meter miniature drives), industrial automation (robot joint reducers), and the automotive sector (tailgate lifting mechanisms). Their low noise output of under 35 dB makes them ideal for noise-sensitive environments.