Design : narrow

This belt combines maximum transverse rigidity with great flexibility in the direction of travel.

The design of a narrow V-belt is similar to that of conventional V-belts, except that the pitch is shorter (i.e. the profile is narrower). These belts are therefore made of rubber with fabric cords covered by a protective layer. The number of cords is increased according to the force required.

Advantages :

• Ideal for applications requiring very small dimensions
• Compared with conventional V-belts, narrow V-belts offer greater flexibility, enabling designers to use more complex designs.

Applications:

These higher-height belts offer stronger adhesion to pulleys than the standard version. They are ideal for higher power transmissions and applications requiring high tensile strength and durability, such as material handling systems, conveyor systems and transportation.

They are also very popular in applications where compact size and small footprint are crucial, such as computer systems, industrial machinery and electronic devices.

II. Why choose a narrow V-belt?

Design : narrow

This belt combines maximum transverse rigidity with great flexibility in the direction of travel.

The design of a narrow V-belt is similar to that of conventional V-belts, except that the pitch is shorter (i.e. the profile is narrower). These belts are therefore made of rubber with fabric cords covered by a protective layer. The number of cords is increased according to the force required.

Advantages :

• Ideal for applications requiring very small dimensions
• Compared with conventional V-belts, narrow V-belts offer greater flexibility, enabling designers to use more complex designs.

Applications:

These higher-height belts offer stronger adhesion to pulleys than the standard version. They are ideal for higher power transmissions and applications requiring high tensile strength and durability, such as material handling systems, conveyor systems and transportation.

They are also very popular in applications where compact size and small footprint are crucial, such as computer systems, industrial machinery and electronic devices.

III. Why choose a narrow toothed V-belt ?

III. Why choose a narrow notched V-belt ?

Design:

Narrow toothed V-belts are a variant of V-belts. They differ only in the teeth they use to adapt to V-belt pulleys. The notching in this belt gives it greater flexibility and better heat dissipation when speeds are high.

Advantages :

• Optimized efficiency
• They are more elastic and can be deformed to adapt to the movements of the notched pulleys.
• They are easier to install and maintain.
• These belts can be used with smaller pulley diameters and offer greater power. They are ideal for high-stress applications

Applications :

Narrow toothed V-belts are used in compact, high-performance drives and drives exposed to high shock loads, with small center-to-center distances and pulley diameters. They are suitable for the design of compact transmissions with high power ratings and limited space.

NB* : 3V, 5V, 3VX and 5VX belts are American belts, but compatible with European versions.

3V - SPZ ; 5V- SPB ; 3VX- XPZ ; 5VX-XPB

IV. Why choose a hexagonal V-belt?

Design:

Power equipment such as ride-on and walk-behind mowers, tractor mowers, tillers and motor mowers feature a hexagonal belt, also known as a double belt, which is designed to efficiently transmit power from the engine to the blade.

Advantages :

• Hexagonal belts improve machine operating comfort by reducing vibration
• They are wear-resistant, produce less noise and last longer than traditional belts.
• They are easy to install and require no special tools

Applications :

Hexagonal belts are designed for applications where the pulleys are on a common plane, where one or more of the driven pulleys rotate in different directions, they can be easily installed on trapezoidal or "v" pulleys.

Hexagonal belts are used in industries such as :

• the textile industry
• Agricultural industry
• Horticultural industry - These belts can be used as deck belts on large grass-cutting equipment and ride-on lawnmowers.

IV. Why choose a hexagonal V-belt?

Design:

Power equipment such as ride-on and walk-behind mowers, tractor mowers, tillers and motor mowers feature a hexagonal belt, also known as a double belt, which is designed to efficiently transmit power from the engine to the blade.

Advantages :

• Hexagonal belts improve machine operating comfort by reducing vibration
• They are wear-resistant, produce less noise and last longer than traditional belts.
• They are easy to install and require no special tools

Applications :

Hexagonal belts are designed for applications where the pulleys are on a common plane, where one or more of the driven pulleys rotate in different directions, they can be easily installed on trapezoidal or "v" pulleys.

Hexagonal belts are used in industries such as :

• the textile industry
• Agricultural industry
• Horticultural industry - These belts can be used as deck belts on large grass-cutting equipment and ride-on lawnmowers.