Steel Cord Conveyor Belts - CONTITECH



A Steady Stream of Full Performance – Above and Below Ground



Steel cord conveyor belts ensure maximum conveying performance, even under grueling stress conditions. Their robust design guarantees high tensile strength at maximum conveying capacity as well as excellent impact resistance. Wear-resistant, rot and corrosion-resistant, resistant to chemicals and thermally stable, our conveyor belts provide long years of service while requiring little maintenance.

Rubber Pulley Lagging - CONTITECH







Improving the coefficient of friction in conveyor belt systems







To improve the coefficient of friction between the conveyor belt and the drive pulley and to ensure friction grip even under unfavorable drive ratios – such as, for example, dampness or contamination – the pulleys are lagged with profiled rubber


Application



Pulley lagging for drive pulleys
Profile depth: 6 mm
Standard range

CONTI® Chevron Belts
Chevron Belts Service-tested in a Wide Range of Applications


Chevron belts carry out a wide range of conveyor tasks in all industries. In addition to a range for normal bulk goods, various special types are available for conveying hot goods, for the transport of goods containing oil and grease, for steep-incline conveying and with special reinforcing materials for particular applications.
Our product range for steep conveyance is differentiated to meet the needs of individual applications. Our chevron belts are equipped with covers of a tried-and-tested, wear-resistant quality. With 10-50 mm high profiles, they are the perfect belt for numerous applications.

Properties
Wear-resistant cover with profiles subsequently vulcanized
Flexible profile compounds, profile heights up to 50 mm
Can also be used efficiently with small pulley diameters
Reduction of dirt caking

Widths of up to 1400 mm, belt strength and cover stock grades on request.* Applies only to the cleat type.
These belts, which we have added to our range of stocked items, offer the following advantages:
The profiles on the belts are made of soft material, enhancing the self-cleaning effect
Better formability of the profiles
Low dynamic stress when negotiating around pulleys
Small pulley diameters are possible
Improved troughability
Belt splice is more durable thanks to greater belt flexibility