Flat Power / PU flat belt F6

Parameter Value
Thickness (T) 6.0 mm
Truly Endless Size 2200–30000 mm

 

Description

PU Flat Belt F6 – High-Performance Flat Belt Solution

TE = Truly Endless
OE = Open Endless

ME = Made Endless (Jointed)

F6 ( OE/ME )

Belt Width, b (mm) 30
Breaking Force, F_break (N) 7,200
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 – Stainless steel / PAZ
Minimum Pulley Diameter 90 mm
Minimum Counter Bending Diameter 90 mm

For dependable and seamless power transfer in automotive, industrial, and automation applications, the PU Flat Belt F6 was created. It is made of premium polyurethane, which guarantees longevity, accuracy, and durability.

Why Choose PU Flat Belt F6?

Applications needing constant speed, torque, and little slippage are best suited for PU Flat Belt F6. Among the main advantages are:

Excellent tensile strength for large loads
Outstanding resistance to abrasion and wear
Quiet and easy to use
Long service life in challenging circumstances

Because of this, the F6 belt is ideal for high-speed automation, machinery, and conveyor systems.

Industrial Applications of PU Flat Belt F6

The F6 flat belt is extensively utilized in numerous industries due to its versatility:

Automotive: mechanical drive belts, alternators, and engine systems
Manufacturing: robotic automation, assembly lines, and CNC machines
Packaging and Material Handling: Guarantees accurate movement and coordinated activities
Industrial Machinery: Heavy-duty machinery with dependable power transmission

Features That Make PU Flat Belt F6 Exceptional

Sturdy PU: Resistant to abrasion, solvents, and oil
Flat Design: Enables smooth motion and lowers friction
Temperature Resistant: Capable of withstanding high temperatures
Low Maintenance: Lowers operating expenses and downtime

The F6 flat belt is incredibly dependable and effective for industrial processes because of these characteristics.