T10 - 100 - K (Kevlar Cord)
Open-Ended Timing Belt
Belt Parameters
Profile:
T10
Width (mm):
100.00
Brand:
-
Brand: -
This standardized product may come from different manufacturers. We will provide you with the currently supplied brand upon request.
This standardized product may come from different manufacturers. We will provide you with the currently supplied brand upon request.
Material:
Polyurethane with Aramid Tensile Fiber
Material
In the TYMA Product Catalogues you can find this material also described with the abbreviation PU+KEV.
In the TYMA Product Catalogues you can find this material also described with the abbreviation PU+KEV.
Weight (kg):
0.435
Belt Description
T10 - 100 - K (Kevlar Cord) is a polyurethane open-ended timing belt manufactured from thermoplastic polyurethane, which has high dimensional stability and wear resistance, and steel tensile fiber.
The open-ended belts can be welded into endless belts.
Belt Construction
- Polyurethane teeth
- Steel cord tension member
- Polyurethane backing
Belt Fields of Use
Polyurethane timing belts are used in all areas, from miniature drives, high-precision positioning and sorting mechanisms, small handheld machines to high-performance drives for building and woodworking machines.
Belt Characteristics
- High transmission power and long life
- Resistant to oil, fuel, benzol, UV radiation and ozone
- Wear-resistant
- Temperature range, depending on application, from −30 °C to +80 °C
- Maintenance-free
Documents for Download
Dimensions and Parameters of Polyurethane Open-Ended Timing Belts
TYMA CZ Data Sheets
Czech and English (PDF 903.91 kB)
Calculation of T5, T10, AT3, AT5, AT10 and AT20 CONTI SYNCHRODRIVE Timing Belt Drives
ContiTech Data Sheets
Czech and English (PDF 200.15 kB)
Related Products
T10 Pilot Bore Timing Pulleys for Polyurethane Belts
Tooth pitch: 10.0 mm
Teeth z = 12 - 60
Stand. diameters De (mm): 36.35 - 189.10
Measuring Instruments
Our professional-quality special tools and measuring instruments will assist you in maintaining and fitting drive components.
