Tension is measured using an acceleration sensor to detect the vibrational frequency of power transmission belts, using this small and lightweight device. Proper tension, which extends belt life. can be found by downloading a calculation application on a smartphone.

This certified fire-resistant film for interiors and exteriors is about 20% thinner than conventional film, and contributes to resource conservation and wasted reduction. Reduced CO2 emissions throughout the product processing life cycle, from raw materials procurement through incineration and disposal, for reduced environmental load.

HFD System is comprised of a flat belt, snaking control device and an automatic tensioner, the combination of which enables higher transmission efficiency and longer life than V-belts drives. Can be used in industrial machinery applications,with 6% energy savings compared with conventional products.

The Ceptor-VI S8M is a narrower belt with significantly increased transmission capacity compared with traditional belts. It not only reduces raw materials usage and has low noise in consideration of the environment, but provides greatly improved performance in synchronous transmission and tracking accuracy. Ceptor-VI S8M, which is available for use on all types of industrial machinery, is environmentally friendly and improves the function and performance of the machinery itself.

By adopting newly developed cover rubber and a cloth canvas tension member, G-Carry has improved durability, while providing energy conservation (power savings) and reduced CO2 emissions. Suitable for use in applications from coal, ore and limestone to cement, crushed rock and wood chips.

Employing newly developed high-strength rubber and high-strength tension members, these automotive auxiliary drive belts have 30% greater transmission capacity by belt width (per rib). The width of the belt is about 2/3 narrower, while maintaining equivalent life to conventional belts (abrasion resistance and separation resistance). High-Load V-Ribbed Belts contribute to improving fuel efficiency in lighter weight and more compact car engines.

Modifications in raw materials and the belt surface structure drastically reduce running resistance over rollers. This allows the belt drive motor’s power requirements to decrease, resulting in energy conservation.

About 20% thinner than conventional film, yet having the same concealment characteristics, Thin Polyolefin Film is 55μm thick (μm = 1/1000mm). We reevaluated the material design and established new production engineering to accommodate both thinness and quality, which resulted in reduced raw materials usage and reduced CO2 emissions throughout the product life cycle (from raw materials processing through to waste disposal). Thin Polyolefin Film can be used in a variety of applications, including interior decorative construction, labels and stickers.

The greatest effect on loss in large belts is bending. We reduced loss with a unique structure of rubber compound design and additional notches. Realize energy savings in industrial machinery applications simply by replacing the existing V-belt.

By adopting high elasticity material, we improved transmission capability by about 25% per belt, and even when reducing the number of belts needed, we reduced material usage and waste.