t surface structures

15b

y )

s step or a defined function the belt surface plays a key role. Based on e rial inherent properties a multitude of function possibilities are given. e available varieties of belt surface structures and properties.

Conveying side Conveying side
? NBR, Mat (dull finish)
? PVC, Blank/smooth
? Industrial adhesive
? Adhesive Running side/pulley side Running side/pulley side
? PUR coated fabric
? PET fabric
? Non-adhesive
? Non-adhesive
Example: NAB-8EXDV Example: MAM-04H (elastic) Example: CM-14/30F Example: MVT-6P Example: Seamless belt Conveying side Conveying side
? NBR, Fine structure
? NBR, Fine structure
? Adhesive
? Adhesive Running side/pulley side Running side/pulley side
? Hamid, Blank/smooth
? NBR, Rough structure
? Non-adhesive
? Adhesive Conveying side Conveying side
? NBR, Fine structure
? NBR, Rough textilestructure
? Adhesive Running side/pulley side
? Adhesive
? NBR, Fine structure Running side/pulley side
? Adhesive
? NBR, Rough textile structure
? Adhesive Conveying side Conveying side
? PUR coated fabric
? PUR coated fabric
? Non-adhesive
? Non-adhesive Running side/pulley side Running side/pulley side
? PUR coated fabric
? NBR, Fine structure
? Non-adhesive
? Adhesive Substrate components Conveying side Example:Cover materials Various surface materials, hardnesses, coefficients of friction according to function/ need Various traction layers and substrate materials according to function/ need
? PA fabric
? Non-adhesive Running side/pulley side
? PA fabric
? Non-adhesive Conveying side
? NBR, Grip structure
? Adhesive Running side/pulley side
? PUR impregnated fabric
? Non-adhesive