Choosing Synchronous Belts

This belt is manufactured using a unique thermoset molding process within a tight tolerance range for consistent synchronous belt length and thickness. Thanks to its combination of high-grade polyurethane and various grades of steel cords, it offers excellent dimensional stability.

MEGAPOWER timing belts perform at the highest physical and chemical levels. They are ideal for light synchronized and stepped drives in office automation and domestic appliance applications

The new generation of thermoset polyurethane timing belts is designed to handle the most demanding applications. Megadyne's unique molding process combined with a high-performance compound led to the creation of MEGAPOWER 2. The innovative timing belt offers 30% greater performance, more transmittable power, and excellent dimensional stability. 

Megadyne's Research and Development team developed MEGAFLEX timing belts to deliver exceptional performance. This belt is manufactured using thermoplastic polyurethane combined with continuous spiral steel cords. The nylon-coated teeth enhance the belt's running properties for specific applications and reduce the noise frictional coefficient.

MEGAFLEX has enhanced running properties and is best suited for power transmission and bearing high loads and high speeds (up to 10.000 RPM). We can add extra thickness to the belt's back to protect against aggressive or heavy products.

MEGALINEAR is manufactured in thermoplastic polyurethane for superior wear resistance and abrasion resistance. Tight tolerances ensure reliability and excellent dimensional stability. 

Adding a nylon coating to the teeth and/or back of the timing belt during production can enhance running properties for specific applications. In contrast, an extra thickness of polyurethane on the belt's back can provide extra protection against aggressive or heavy products.

These synchronous belts feature a trapezoidal tooth profile and nylon fabric to protect the tooth surface. Megadyne Megasync's polychloroprene teeth offer accurate meshing, while fiberglass reinforcement provides minimal elongation.

These belts have a curvilinear tooth profile while offering the same running properties and reliable performance as RPP belts.

This timing belt features chloroprene rubber to help with wear resistance and increase the belt's service life. An RPP parabolic tooth profile increases graduated pressure over tooth height. The nylon fabric protection on the tooth surface also has self-lubrication properties, while fiberglass reinforcement offers minimal elongation and greater flexibility. 

The belt has a higher tooth jump resistance and increased tooth shear resistance for quieter and maintenance-free operation. It offers up to 98% drive energy efficiency and is interchangeable with parabolic and deep pulley profiles. 

The rubber timing belt allows you to upgrade an existing transmission without changing pulleys. Its antistatic properties conform to ISO 9563 (BS 2050), making it an excellent option for backside idlers. 

The innovative new materials of Titanium offers the following: 

• Up to 30% basic power capacity over the previous top-of-the-range timing belts. The belt's wide range of operating temperatures makes it the only solution for extreme working conditions.
• It is one of the quietest systems on the market due to its noise reduction with a rubber matrix and teeth. Users enjoy significantly reduced noise compared to drive systems that use other materials. 
• An advanced RPC profile helps the system achieve a high-power capacity drive with excellent dimensional stability.

Our Titanium product offers a fully functional interchange with the most common existing deep pulley tooth profile systems, including HTD, RPP, PGGT, and PCGT profiles. It allows the user to upgrade existing drives without needing to replace pulleys. Its antistatic properties also follow ISO 9563 (BS 2050) guidelines.