GURTEC GMBH

Wide range to meet even the toughest demands includes a standard range for compact light duty and medium duty pulleys as well as engineered class pulleys for heavy duty applications Available in all sizes with masses up to 45 tonnes as drive, tail and bend pulleys Advanced design process incorporating Finite Element Analysis ensure the pulleys are designed to world’s best practice Dead-shaft, wing and deflection wheels for high angle conveying are also available

Standard Catalogue Product Range Pulley Diameters up to 800mm (32”) Belt widths up to 2,800mm (110”)

Available as either standard catalogue product range (up to bearing size 360 mm (14”) or as application specific designs. Pulley Diameters up to 1,250 mm (49”) Belt widths up to 3,500 mm (138”) Shaft diameters from 100 to 400 mm (4″ to 16″) Locking elements sized to handle bending moment and torque Construction includes both welded end discs & T-shaped end discs Weight optimized design Ceramic/rubber lagging options available

Available as either standard Catalogue Product Range or as application specific designs. Pulley Diameters up to 2,600 mm (102”) Belt widths up to 3,500 mm (138”) Shaft diameters up to 600 mm (24”) Available in many configurations, welded and T-shaped end discs for especially demanding applications Individually designed solution with state-of-the-art design software, custom built for best performance, service life and operating economy Offers a low total life-time cost We have manufactured extra heavy duty pulleys with up to 2,600 mm (102”) diameter and 45 tonnes in weight (99,000 lb)

increases friction between the belt and the surface of the pulley improves efficiency and guidance helps prevent material building up on the surface of the pulley protects the shell of the pulley from wear provides a wear surface that can be replaced economically Lagging materials for drive and non-driven pulleys: HP142 – Hot vulcanized rubber lagging HP144 – Cold bonded rubber lagging HP145 – Hot vulcanised ceramic lagging HP146 – Cold bonded ceramic lagging HP147 – Hot cast urethane lagging HP148 – Cold bonded urethane lagging HP149 – Direct bonded ceramic lagging

Reduce downtime and maintenance requirements with ROXDUR wear products. ROXDUR is a wear plate product that utilises the latest technology to provide a long lasting and durable wear solution suitable for heavy duty and medium duty applications. ROXDUR products can significantly increase the life of your fixed plant equipment. Our innovative manufacturing processes ensure a superior wear product that will save you time and money in the long run. ROXDUR wear plates are designed with the highest quality and years of expertise. Our pre-designed products can also be customised to fit your requirements. ROXDUR uses a unique composite material* that combines extreme hardness to minimise abrasive wear and iron matrix technology to absorb impact. The metallurgical bond between the cemented carbide and iron matrix gives a composite material with very high-quality adhesion to the cemented carbide. *patent pending MATERIAL CHARACTERISTICS Combining extreme hardness with shock resistance

Belt width: 500-1400 mm Pulley diameter: 320-630 mm Recommended speed: max. 3.0 m/s Blade material: polyurethane (optional + aluminum oxide granulate)

Belt width: 500-1800 mm Pulley diameter: 320-630 mm Recommended speed: max. 3.5 m/s Quick and simple exchange of wear parts Blade material: polyurethane (optional + aluminum oxide granulate)

Belt width: 500-1400 mm Pulley diameter: 320-800 mm Recommended speed: max. 3.6 m/s Blade material: hard metal

Belt width: 1200-2200 mm Pulley diameter: 630-1250 mm Recommended speed: max. 4.0 m/s Blade material: hard metal