Patterned conveyor belt is covered by working for the decorative pattern of the adhesive and non working surface as plane obliquity conveyor covering the adhesive and the core.
Decorative pattern conveyor belt, features:
(1) core material: ordinary cotton canvas (CC), polyester/cotton blended knitted denim (CP), nylon (NN), polyester (EP), etc
(2) the bandwidth: 300 ~ 800 mm
(3) high decorative pattern: 5,10,15,20 mm note: the pattern shape can be designed in accordance with the requirements of customers.
(4) characteristics: apply to Angle of 0 ~ 40 ° material conveying, to prevent slipping.
Commonly used pattern conveyor belt, a is as follows:
Stripe pattern
Features: the cross on the surface of strip pattern above the belt body, decorative pattern is divided into high, medium and low three, each pattern according to the array spacing can be divided into thin and dense form.
USES: applicable to 30 degree Angle or less levels of transport packaging. If in case into a groove, but instead of herringbone pattern.
Herringbone pattern
Characteristics: there are higher than the belt body on the surface of "people" word pattern, pattern but speak but closed, each kind of pattern can be divided into high, medium and low three.
USES: applicable to 40 degree Angle or less powder, granular, small pieces of material delivery, also may transport bag material.
The fan pattern
Characteristics: has a half on the surface of the fan (or 1/4 circular) pattern. When the tape into the groove pattern or one scallop (or semicircle), highly decorative pattern.
USES: applicable to 60 degrees or less big obliquity conveying powder, granule and lump material.
grainy
Characteristics: has above the belt body or concave on the surface of embedded with granular pattern, also pits can be made into square hole shape or prismatic and cloth grain shape.
Purpose: convex granular pattern conveyor belt is suitable for the flexible packaging material may need to have a grasp on conveying, such as cardboard boxes) or without sliding conveying. Pit shape of granular pattern