GT2 Belt with Steel Core
POWGE 2GT Open Synchronous Belt with Steel Core – Multiple Widths for 3D Printers and Linear Motion Systems Upgrade your 3D printer or linear motion system with the POWGE 2GT Open...
POWGE 2GT Open Synchronous Belt with Steel Core – Multiple Widths for 3D Printers and Linear Motion Systems
Upgrade your 3D printer or linear motion system with the POWGE 2GT Open Synchronous Belt, designed for high precision and minimal backlash. Made from durable polyurethane (PU) with a steel core, this GT2 timing belt ensures long-lasting performance and superior positioning accuracy. Ideal for small backlash applications, this belt is compatible with a wide range of pulleys and ideal for use in linear drive systems.
Product Specifications
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Type: 2GT-6mm / 2GT-9mm / 2GT-10mm / 2GT-15mm
Pitch: 2.0mm
Belt Height: 1.38-1.8mmmm
Tooth Height: 0.75mm
Belt Width: 6mm/9mm/10mm/15mm
Material: Polyurethane with steel core - Color: White or Black
- Backlash: Designed for small backlash, ensuring precise positioning and minimal slippage
Key Features
- Steel Core Reinforced: The steel core provides exceptional strength, making the belt highly resistant to stretching and wear, maintaining tension over time.
- Durable Polyurethane: High-quality PU material ensures longevity and flexibility, allowing for smooth, efficient operation in demanding environments.
- Precise Positioning: The 2GT pitch and small backlash design offer high positioning accuracy, ideal for 3D printing and CNC applications.
- Wide Compatibility: Works with 2GT, 3GT, and 5GT pulleys for use in linear motion systems and other timing-driven mechanisms.
Custom Orders
If you require a different belt width or custom length, please contact us, and we will be happy to accommodate your needs.
Package Contents
1 x 50-meter roll of 2GT Open Synchronous Belt (choose width, color, and length as needed)
The POWGE 2GT Open Synchronous Belt with Steel Core is the perfect solution for high-precision applications that demand accuracy and durability. Ideal for 3D printers, CNC machines, and other systems requiring reliable motion and minimal backlash.