Description
BANFLEX
Structure
- Compression rubber
– Polyurethane rubber with excellent abrasion resistance and large friction factor and allowable compression stress
– 60° belt angle that gives uniform load distribution
- Cord
Polyester cord with a large tensile strength, little flex fatigue, and little permanent elongation
- Reinforcing canvas
Polyamide fiber that increases the widthwise rigidity and surest stable running
- Back face rib
Unique ribs that reduce bending stress
Note
- When you use multiple Banflex belts, be sure to use the Scrum type
- To provide the dynamic performance of the belt, a “lubricant” is compounded in the belt. This compounding ingredient may
become deposited in white on the belt surface due to changes in ambient temperature etc. or may become slightly wet due to a liquid. This will be absorbed into the belt with time and is no abnormality.
Features common to Banflescrum and Banflex
- High-speed and smooth power transmission
The high accuracy of the belt cross-section and effective length and no variation of belt sink on the pulleys allow high-speed smooth power transmission close to flat belts. Although the previous V-belts can be used up to 30 to 40 m/s, Banflescrum can be designed to be used with a speed up to 60 m/s.
- Lightweight and compact design
It can be used with small pulley diameters, allows for a high speed ratio, and allows the power transmission system to be light and compact. For example, a device that had used two-stage deceleration with V-belts can be changed to one stage deceleration.
Banflex standard length
- Belt indication method
- Cross-sectional profile of Banflex belt
- Standard effective lengths (Banflex)
