AA112 PIX Hexagonal Double Sided Drive Belt, 13mm Top Width, 10mm Thickness, Inside length 2845mm
PIX Duo XS Hexagonal Drive Belt AA112, 13mm top width, 10mm thickness, Pitch length 2881mm, Inside length 2845mm or 112 inches, Outside length 2917mm
Regular price
£42.40
inc.VAT
£35.33 exc.VAT
FREE UK MAINLAND DELIVERY ON ORDERS OVER £50
Couldn't load pickup availability
PIX-Duo-XS (Double Sided Belts)
Hexagonal V-belts are also known as double V-belts. In simple terms it can be considered as two V-belts joined back to back. The neutral axis containing the tension member is exactly half way up the section.
Features:
Temperature range: -18 degrees to +80 degrees
Maximum recommended belt speed is 30 m/s
Antistatic, Oil and heat resistant
ATEX certified FRAS belts are also available
Application:
Hexagonal belts finds application in the drives where several pulleys in the same plane are to be driven in the clockwise and anti-clockwise direction simultaneously. The polyester tension cord placed at the centre of the construction provides the belt extreme flexibility and low stretch properties. It is because of this positioning of the cord that these belts are not subjected to any other forces as in the case of normal V-belts. These are also used in rice mils. However off late these belts are rapidly finding application in industrial drives.
Hexagonal V-belts are also known as double V-belts. In simple terms it can be considered as two V-belts joined back to back. The neutral axis containing the tension member is exactly half way up the section.
Features:
Temperature range: -18 degrees to +80 degrees
Maximum recommended belt speed is 30 m/s
Antistatic, Oil and heat resistant
ATEX certified FRAS belts are also available
Application:
Hexagonal belts finds application in the drives where several pulleys in the same plane are to be driven in the clockwise and anti-clockwise direction simultaneously. The polyester tension cord placed at the centre of the construction provides the belt extreme flexibility and low stretch properties. It is because of this positioning of the cord that these belts are not subjected to any other forces as in the case of normal V-belts. These are also used in rice mils. However off late these belts are rapidly finding application in industrial drives.