Flat High Efficiency Belting

We offer various types of Flat High Efficiency Belting to suit:
The inertial force and shock loading of the drive,
The abruptness of the drive start,
The presence of water/dust/oil/grease.

The efficiency of the drive can be highly tuned by knowing a few design details.

Belt Types and Construction
Belt Types Traction layer Drive Sides
A-series Highly oriented nylon Single Side Drive
S-series Highly oriented nylon Dual Side Drive
TC-series Aramid fiber Dual Side Drive
TF-series Polyester fiber Dual Side Drive

Fans for ventilation are generally operated for long time periods. So, using a flat belt save energy compared to a multi-v belt. A flat belt also runs quieter. And cleaner, which means you can run it directly in the air stream without shedding rubber particles like a multi-v belt will do.

Hydroelectric generators driven with a flat belt can reliably achieve an output of 1500 kW, in spite of fluctuations in temperature and humidity.

Piston compressors continuously shock the drive belt. But a nylon-core flat belt easily absorbs the shock, and delivers impressively smooth, low-oscillation running. Even at high speed. This means longer belt life. For larger compressors with long operating times, the high efficiency flat belt can save significant energy.

The high spindle speeds of certain milling machines in the tooling industry produce belt speeds of up to 330 feet per second. Under these conditions, only a flat belt can transmit the full motor power. And the smooth, low vibration running of the belt ensures a clean cut.

To achieve both precision and surface finish quality of a sliding lathe workpiece, a vibration-free power transmission is of decisive importance. That is why flat belts are predominantly used there.

Rotary printing of graphics requires consistent rotation and accurate registration. Since the effective diameter of a flat belt drive is precisely defined and remains unchanged during operation, the power transmission ratio remains accurate regardless of speed and load. Angular velocity oscillations can be reduced to a minimum by using a high modulus aramid fiber reinforced flat belt.

In the punishing world of stone crushers, only robust components like a nylon core flat belt can take the strain.

Typical Belt Styles and Applications

Uniform running with small inertial forces
S-10/15, S-18/20, S-18/30, S-33/40, S-33/50
TF-10, TF-15, TF-22, TF-33, TF-50
TC-20EF, TC-35ER, TCF-50H, TC-55ER
Centrifugal pumps and compressors
Small fans(<10HP)
Low output generators
Automatic lathes
Live roller drive

Variable running with medium inertial forces
S-140H, S-250H, S-321H, S-390H
TF-10, TF-15, TF-22, TF-33, TF-50, TF-75TE
TC-20EF, TC-35ER, TCF-50H, TC-55ER
Medium and large fans
Grinding machines
Slotting and planing machines
Printing machinery
Yarn spinning and twisting
Centrifuges and liquid agitators
High output generators
Kneading machines
Cylinder Mills
Extruders

High inertial forces and shock loading
A-2, A-3, A-4
Small Rolling mills
Presses, die-punches and plate shears
Slotting, planing, milling and drilling machines
Semi-liquid agitators

Extreme inertial forces and heavy shock loading
A-4, A-5
Piston pumps and compressors
Rolling mills
Pan-grinders
Reciprocating frame saws
Choppers
Rock crushers
Calenders