Conveyor technology is a sub-discipline of mechanical engineering and deals with the planning, design and construction of conveying tools for conveying piece goods or bulk goods.

These include continuous conveyors such as screw conveyors, roller conveyors, rotary valves, belt bucket elevators and belt conveyors. In-house transport systems are primarily used for transporting conveyed goods from the feed point to the discharge point as efficiently as possible and are therefore often subject to maximum wear and tear.

We supply in various sizes of skip hoist.

The most common sizes have a capacity of 1,250 l and 2,250 l. Of course, individual parts such as rope pulleys, rope pulley bolts, rollers, discharge flaps, accessories for the flap mechanism, etc. are also available. The reconditioning of existing skip hoist is possible.

Skip hoist

Hover over the names of the individual components on the right to discover them:

Skip hoist

Hover over the names of the individual components on the right to discover them:

Skip hoist

Hover over the names of the individual components on the right to discover them:

Skip hoist

Hover over the names of the individual components on the right to discover them:

Skip hoist

Hover over the names of the individual components on the right to discover them:

Skip hoist

Hover over the names of the individual components on the right to discover them:

Skip hoist Pulley Rope pulley bolt Castors Discharge flap impeller wheel Folding mechanism

• Rotary vane impellers
• Rotary valves
• Elevator buckets
• Chutes
• Cyclones
• Belt scraper
• Lifting buckets
• Screw conveyors (solid blade, paddle, eccentric screws)

The pan mill is a grinder for crushing and mixing of clay, stones or ores, but also for paper raw materials or food.

One or two standing heavy discs, the so-called runners, rotate around a vertical axis on a base plate and grind the contents. Pan mills are suitable for grinding sticky, wet, moist or dry materials and are therefore often used in heavy ceramics.

KRAUSKOPF offers all kinds of armoured scrapers and scrapers in various sizes and shapes for pan mills of different makes (Händle, Rieter-Werke, Gebrüder Pfeiffer, etc.).

Crushers and mills crush or grind lumpy feed material into a fine-grained end product - using impact, shearing and bouncing forces.

Crushing plants usually operate with size separation devices (sieving, sifting). In case of lower requirements for the degree of fineness of the end product, (hammer) crusher are used for size reduction. (Beater) rotor mills, also called impact mills, are used for the coarse or fine grinding and disagglomeration of soft, medium-hard, fibrous and brittle materials. Hammer mills are used as grain and feed mills in the food industry, as well as for shredding wood waste and plastic waste, etc.

RAUSKOPF supplies for these machines the following components of brands like BHS, Hazemag, Pozzato, Ratzinger / Böhringer, SBM-Wageneder, Tesab, and others:

• Crushing rollers
• Hammer heads
• Kneading teeth
• Linings (tiles)
• Fasteners / Fastening material
• Impact beater bars
• Rotor plates
• Shaft armor
• Impact beater bars

Mixing systems are operated both in batches and continuously.

If a mix is to be prepared in batches but the subsequent process step, e.g. “shaping”, is to be carried out in continuous operation, a collecting container must be installed after the mixer that can hold the entire batch and then feed it continuously to the shaping machine. Here, a discharger feeder, ensures reliable emptying and even dosing of the mixture.

KRAUSKOPF supplies the following components:

Discharge feeder

Hover over the names of the individual components on the right to discover them:

The mix is picked up from the rotating table feeder via the discharge blade and discharged via a volume flow. The discharge blade can be adjusted during operation, allowing the quantity removed to be reduced or increased. It is usually made of wear-resistant steel.

The discharge tool / scraper in the center serves as a discharge aid for the material flow. It is equipped with armoured, interchangeable segments and determines the rough direction of flow.

A sectional steel crossbeam is used to attach the clearing device and is connected to the machine frame with screws.

The discharge pins are used to loosen the material. They are protected with an armouring and firmly bolted to the base of the plate.

The inside of the discharge feeder, in particular the plate base, is protected from abrasion by linings. The segmented wall and base plates are also made of wear-resistant steel.

Discharge feeder Discharge blade Discharge tool / Scraper Cross beam Discharge pins Base plate, wall-floor wear plates / lining

We offer you a range of mixing tools, linings for walls and floors also spare parts such as ball slewing rings, V-belts, bearings, seals, etc. See for yourself!

Mixer

positioned horizontally or vertically

Hover over the names of the individual components to discover them.

The rotor bearing essentially consists of two main assemblies: Rotor shaft and rotor hub. The driven rotor shaft is friction-locked to the rotor shaft of the mixing tool by means of screw connections.

The V-belt pulleys are essential machine elements of a V-belt drive. V-belts are used to connect the rotor shaft to the shaft of the drive motor.

The V-belt connects the two V-belt pulleys and thus the respective drive shafts with each other.

The mixing pan cover is part of the mixer frame and also serves as a connection for feeding the aggregates to be mixed.

The mixing pan door is sealed by a separate seal between of the mixing pan and the door of mixing pan.

The seal of mixing pan consists of elements that rotate with the mixing pan (e.g. internal sealing ring), but also stationary elements that are firmly connected to the crosshead of the mixer (e.g. external sealing ring). The inside is sealed with a thermoplastic elastomer (sealing lip inside/outside).

The base or wall of the mixing pan is protected against wear with separate protective plates. With the exception of chilled cast iron tiles, designs made of composite armour material, rubber, steel, Hardox® or ceramic are possible.

A bottom- and wall scraper is used to ensure that the mixing pan wall and areas of the bottom remain free of product caking. This has a modular design and consists of the tool holder, the individual wall scrapers and the corner tool, as well as the corresponding bottom scraper blade.

The mixing tools ensures homogeneous mixing of the materials to be mixed. The design of the mixing tool can vary depending on the requirements of the material to be mixed (star-/drum- type, pin-type, suction or H-type rotor tool). A combination with mixing stars is also possible.

The ball bearing slewing ring is the “main bearing” of the mixing pan for transmitting the rotary motion - designed for high axial forces and tilting moments.

The mixing pan reinforcement ring is an additional reinforcement of the mixing pan bottom.

The discharge gate is responsible for the complete emptying of the mixing pan. It consists of the components flap gate, profile seal, pressure ring, bearing, supporting arm and flange bearings.

The friction wheel (right) transmits the rotary motion from the drive motor to the mixing pan by means of static friction. In the picture on the left, this task is performed by a gear drive and gear rim.

Depending on the version, the lower drive motor rotates the mixing pan. The upper motor generates the necessary torque for the mixing tool. Both drives can be controlled independently of each other.

Mixer complete Rotor bearing V-belt pulleys V-belt Mixing pan cover Mixing pan door seal Mixing pan seal Bottom / wall lining Bottom- and wall scraper Mixing tools Ball bearing slewing ring Reinforcing ring Discharge gate Friction wheel / gear rim Drive motors

• 

  Complete mixing tool systems (star / drum / pin / suction / H-agitators)

• Bottom-wall liners

• Bottom-wall scraper holder with bottom-wall scrapers

• Rotor bearings

• Mixing star bearings

• Discharge gates

• Ball bearing slewing rings

• Mixing vessel reinforcement / reinforcing rings

• Bearings

• Seals

• V-belt pulleys and V-belts

• Motors / rotor drives

• Lubrication devices

• Mixing blades and bottom scrapers

• Wear protection covers

• Pin-type base plates, pins and bottom tools

• Suction rotor tool plates

• Impact bars / Beater bars

• Tool carrier / support and end disks

• Coulter handles / Blade arms

• Mixing blades
• Blade arms
• Mixing paddles
• Cutterheads
• Mixing stars
• Dissolver discs
• Whisks