Description
PU Flat Belt F3 – Reliable Flat Belt for Industrial Applications
TE = Truly Endless
OE = Open Endless
ME = Made Endless (Jointed)
F3 ( OE/ME )
| Belt Width, b (mm) | 30 | 50 | 75 | 100 |
|---|---|---|---|---|
| Breaking Force, F_break (N) | 33,600 | 58,800 | 95,200 | 123,200 |
| Specification | Value |
|---|---|
| Standard Length | Rolls of 50 & 100 m |
| Lengths > 100 m | On request |
| Minimum Length Joined (V) | 880 mm |
| Standard Material | PU 92° Shore A |
| Color | White |
| Tensile Members / Version | Steel – E cords – Stainless steel / PAZ |
| Minimum Pulley Diameter | 120 mm |
| Minimum Counter Bending Diameter | 150 mm |
The PU Flat Belt F3 is designed to offer dependable, efficient, and seamless power transfer in automotive, automation, and industrial applications. Its superior polyurethane construction guarantees longevity, accuracy, and durability.
Key Benefits of PU Flat Belt F3
For industries that need steady speed, torque, and little slippage, PU Flat Belt F3 is the best option. Among the main advantages are:
Strong tensile strength for demanding tasks
Outstanding resistance to chemicals, wear, and abrasion
Quiet and seamless functioning for effective machinery
Long lifespan with little upkeep
Because of these benefits, the F3 belt is an affordable and dependable option for a range of uses.
Applications of PU Flat Belt F3
The F3 flat belt is very adaptable and frequently utilized in:
Automotive: mechanical belts, alternators, and engine drives
Manufacturing: robotic assembly lines, conveyors, and CNC machines
Packaging and Material Handling: Guarantees precise movement and coordinated activities
Industrial machinery: dependable transmissions for large, fast machinery
Features That Make PU Flat Belt F3 Exceptional
Sturdy PU Material: Resistant to chemicals, oil, and abrasion
Flat Design: Provides smooth motion and lowers friction
Temperature Resistant: Able to function in harsh environments
Low Maintenance: Lowers operating expenses and downtime
These characteristics guarantee dependable and effective performance for a range of industrial processes.




