Range - Import export

Properties Lubrication-free Low noise level Strong vibration by means of high speed and eccentric working torques Rated frequency 6,000 – 46,000 rpm Centrifugal force 130 – 12,000 N Continuously variable Can be used up to 150°C Resistant to extreme environmental conditions Field of application Emptying of bunkers Screen filters Vibrating tables Preventing adhesion in pipelines and silos Transporting of fine powders Moving of bulk materials

Properties High torque Rated frequency 10,000 – 36,000 rpm Centrifugal force 1,070 – 12,500 N Continuously variable Can be used up to 150°C Resistant to extreme environmental conditions Field of application Emptying of hoppers and chutes Screen filters Conveying of particulates Preventing adhesions in pipelines and silos Transporting of fine powders Compacting of plastic and concrete in throughs

Properties Powerful Rated frequency 7,300 – 35,000 rpm Centrifugal force 130 – 4,050 N Continuously variable Can be used up to 100°C HT-Version up to 150°C on request Field of application Emptying of bunkers Screen filters Vibrating tables Preventing adhesions in piplines and silos Moving of goods

Thermal spraying processes (as classified in the EN 657 and ISO 14917 standards) offer a wide range of applications within modern surface technologies. Components made from a wide range of base materials can be coated with layers of high-melting-point metals or ceramics to protect them against wear and corrosion. Furthermore, thermally conductive or heat-insulating layers can be applied to highly thermally stressed components. Almost all coating materials that can be produced in powder or wire form can be processed in this way. During thermal spraying, the coating materials are fed into — and melted by — an energetic heat source (fuel gas oxygen flames from combustible gas, arcs or plasmas of noble gases such as argon, hydrogen, nitrogen, helium). The particles, which are either softened or fully molten, are accelerated in the direction of the workpiece and collide with it at high speed (40–600 m/s).

Compact form-factor for simple installation Real-time, stable, repeatable and reproducible measurements in Newtonian & non-Newtonian fluids Track viscosity change over wide range with one sensor All metal (316L Stainless Steel) construction Completely insensitive to mounting conditions Built in fluid temperature measurement Operational to 7500 psi (500 bar) and 575°F (300°C) Threaded, flanged and sanitary process fittings Easy to clean, no maintenance or re-configurations needed for scaling across the factory