Cover fabrics enhance durability by protecting inner parts.
Specially designed cords enhance durability and length stability.
Excellent in resistance against heat, oil and wear.
Safe use is ensured by preventing static electricity.
Enhances power transmission efficiency by reducing slip.
Construction
Functions
Materials
Cover fabric
Protects the inner parts of the belts and strong abrasion the pulley groove
Cotton synthetic fabric
Tension member
Primary material for transferring power
Polyester, Aramid
Top Compression rubber
Maintain belt shape (upper)
NR, CR
Adhesive rubber
Supports and protects Tension member adhesion
NR, CR
Bottom compression rubber
Mainitains belt shape (lower)
NR, CR
NR : Natural Rubber , CR : Chloroprene Rubber
M Type
A Type
B Type
C Type
D Type
E Type
V-belt with cog-shaped grooves on the bottom to enhance flexibility while top and bottom parts are covered with rubber or fabricis exposed on sides.
Excellent durability and flexibility in driving
Specially designed cords enhance durability and length stability
Excellent in resistance against heat, oil and wear
Can be used on small pulleys
Show stable performance on high speed rotation
Construction
Functions
Materials
Top fabric
Protects internal tension member
Cotton synthetic fabric
Tension member
Primary material for transferring power
Polyester, Aramid
Compression rubber
Maintains sectional shape by side pressure
CR
Bottom rubber
Absorbs shock and prevent cracking in compression rubber
CR
CR : Chloroprene Rubber
AX Type
BX Type
CX Type
Designed to enhance power transmission efficiency by giving even stress over tension member with a special section all shape of narrower top width and taller height, special raw materials and production technique.
Construction
Functions
Materials
Cover fabric
Protects the inner parts of the belts and strong abrasion the pulley groove
Cotton synthetic fabric
Tension member
Primary material for transferring power
Polyester, Aramid
Top Compression rubber
Maintain belt shape (upper)
NR, CR
Adhesive rubber
Supports and protects Tension member adhesion
NR, CR
Bottom compression rubber
Mainitains belt shape (lower)
NR, CR
NR : Natural Rubber / CR : Chloroprene Rubber
3V Type
5V Type
8V Type
SPZ Type
SPA Type
SPB Type
SPC Type
V-belt with cog-shaped grooves on the bottom to enhance flexibility while top and bottom parts are covered with fabrics or rubber is exposed on sides.
Construction
Functions
Materials
Top fabric
Protects internal tension member
Cotton synthetic fabric
Tension member
Primary material for transferring power
Polyester, Aramid
Compression rubber
Maintains sectional shape by side pressure
CR
Bottom rubber
Absorbs shock and prevent cracking in compression rubber
CR
CR : Chloroprene Rubber
3VX Type
5VX Type
SPZX Type
SPAX Type
SPBX Type
SPCX Type
The belt prevents abrasion caused by length differences among v-shaped belts used on one pulley. It can adjust the hold based on the need.
A Type
B Type
C Type
D Type
Higher power transmission efficiency
The use of smaller pulley
Space saving
Excellent resistance against heat, oil and wear
3V Type
5V Type
8V Type
Minimize temporary shock & vibration
Prevent popping on the pulley & torsion of belts
Stabilize tension
Maintains the length stability
3VX Type
5VX Type
BX Type
V-Ribbed Belts have wide top width and thin thickness. It provides consistent tension while driving by connecting in the each rib. It is also called Poly V-belts or Micro V-blets.
The wide width and thin height provide the excellent flexibility
High power transmission under operational conditions of high-speed rotation, reverse bending and a small diameter pulley
Maintains consistent tension during operation for cords of high modulus and low shrinkage
Excellent in resistance against heat, oil and wear
Enhances power transmission efficiency by reducing slip during operation
Construction
Functions
Materials
Upper fabric
Protects internal tension member
Cotton synthetic fabric
Adhesion rubber
Supports and protects adhesiveness of tension member
Timing belts function a synchronous driving like a gear or chain. It is so called “Synchronous Belt”.
May solve problems which can be happend by using the chain related to degrading power transmission during high-speed operation, and the distance problem between the driving and the driven part, and driving problem under the conditions of oil spreading
Prevents belt elasticity by using glass fiber for tension member
Excellent in resistance against heat, oil and wear
Guarantees high power transmission efficiency under driving conditions of high speed and severe temperature fluctuation