• Supplied as seamless tubes or moulded parts as required • Fields of use include filtration (demisters), positioning and insulation applications • Made of various types of metal and synthetic

Knocking rollers are an effective solution for removing stubborn, stuck‑on material from cleated conveyor belts. They are used in situations where a traditional conveyor belt cleaning brush cannot be installed — or they can be combined with a brush system to further enhance overall cleaning performance. By striking the inner belt surface, knocking rollers loosen and dislodge material without damaging the belt. Installed on the return side near the drive drum, they are particularly effective in areas where material buildup is most common. Knocking rollers are ideal for cleated belts as well as heavily worn or uneven belts where other cleaning systems reach their limits. They help stabilize belt operation, reduce wear, and minimize material carryback, contributing to a cleaner and more efficient conveyor system.

For more than quarter of a century Kobato B.V. have specialised in the processing of polyurethane. Thanks to Kobato's ongoing investment in personnel, expertise and technology, the business has developed into a leading specialist provider of customised wearing solutions. Kobaflex coatings are applied in our own spray plant, and we also have a castings department producing articles cast from Kobaflow. In collaboration with Kobato Polytechnologie we run laboratory facilities for the testing and analysis of plastic materials and the development of new client-specific systems. Our advanced spray application techniques allow seamless and even application of the wearing layers. * Complex and awkward shapes are not a problem * Variable layer thicknesses are possible * Perfect adhesion on virtually every substrate * Wearing layers can be applied on-site at the customer's premises Kobato are the front runners in this sector. Using spray and casting installations developed by our own engineers we can deliver bespoke products to ensure that your production process continues to run smoothly and wear never gets the upper hand. Kobaflex is a high quality polyurethane coating. With its ideal adhesive properties it can be sprayed onto a wide range of substrates. Its long history of successful applications in virtually every industrial sector testifies to the many advantages of Kobaflex. Prevention of wear to installation components is of crucial importance to any production process. Kobato will partner you in your search for the optimal solution. Inventive and business-minded. Our methodology is totally geared to the solution of problems, and involves an initial inspection, an expert report which is translated into an optimal product specification (with advance testing in our own laboratories if required), and periodic follow-up inspections. Benefits: reduced wear easier cleaning reduced noise less damage to fragile products excellent adhesion to a wide range of surfaces applications in all industrial sectors

amixon® has developed an interesting innovation: a single-shaft powder mixing system with comparatively small dimensions. This precision powder mixer is characterised by particularly short mixing and discharging times, amongst other things. It is thus capable of processing large product quantities in a short cycle time. Ideal mixing qualities and excellent particle protection are achieved in a new way. The mixing container consists of a silo-like container in whose centre a large cone is inserted at the bottom. The powder mixer has a smooth, streamlined design and supports the flow process of the mixtures. Helical mixing tools convey the goods upwards in a spiral-like motion. This process takes place along the wall of the container. Having arrived at the top, the goods slide downwards and are directed to the outside once again by the cone. The homogenisation process takes place in the marginal area between the upward screwing and the downward movement. This process is gentle and effective. After approximately 20 to 30 revolutions an ideal mixing quality is obtained that cannot be further improved in practice. The displacer then lowers itself by a few centimetres, so that the emptying takes place quickly and without residues. The mixer usually discharges into containers, big bags or the storage tanks of a filling machine. If the discharged mixture would land in the middle of the collecting container, a cone of material would form, leading to two disadvantages. On the one hand, the entire intake capacity cannot be used and on the other, bulk material slopes can cause segregation effects. The mixtures are discharged off-centre and segregation-free from the powder mixer described here. amixon® has test mixers in the most diverse sizes for process trials. Good results are assured in advance.

Kraft paper bags are a versatile and robust solution for packaging requirements in industry, logistics and construction. They are ideal for bulk goods, powders and granules. We offer various material combinations and valve types tailored to specific applications.

KREISEL Airslides are used for pneumatic conveying of fluidisable bulk materials, such as cement, raw meal, limestone powder or fly ash. This type of pneumatic conveying is very energy-saving. The bulk material is fluidised by means of an aeration fan and transported on the basis of a specific slope of the airslider, which is selected depending on the bulk material. Depending on the customer's requirements, KREISEL supplies the complete air conveyor troughs or just the engineering for local production. KREISEL airslide diverters allow the bulk material flow to be divided.

Cyclone filter are a space saving combination of cyclone separator and JET filter especially for dust separation into pneumatic conveying systems. KREISEL cyclone filter are available for volume flow up to 9,000 m³/h as standard round filter and also as shock pressure resistant design.

The KREISEL DOME VALVE® is a pilot-controlled safety valve. It is used at counter pressures being higher than those for standard valves. Thus they have a positive influence on the planned operating pressure and the system design. The KREISEL DOME VALVE® as a gas-tight isolation valve in pressure vessels was developed in Krauschwitz. The benefits arise from the cross-section being available to 100% in the opening condition. When opening or closing the dome valve, any relative motion between calotte, dome and pneumatically controlled sealing is exlcuded. The sealing is inflated by means of control air and pressed to the dome. Particles of bulk material smaller than 2mm are effectively retained. The KREISEL Dome valve tightly seals against high differential pressures.

The KREISEL Dosing system was designed to feed fuels such as pulverised lignite, pulverised hard coal or petroleum coke to burners in a metered manner. The KREISEL dosing system is also suitable for conveying other bulk materials, such as fly ash, limestone powder or bypass dust, in a dosed manner, The KREISEL dosing system DosFeed was developed to meet the high demands on dosed and low-pulsation conveying. The main focus of the development was on a simple design, a long service and a high metering accuracy.

The KREISEL Jet conveyor can be used with pneumatic conveying systems for conveying capacities < 10 t/h and maximum conveying distances of about 100m. An additional dosing device is not required when using a nozzle conveyor, as the bulk material is continuously drawn into the injector. The use of a Jet conveyor is particularly suitable for very hot bulk materials if other technical options cannot be used.

Pneumatic conveying systems from KREISEL are used for conveying bulk materials of all kinds. It must be assumed here that the corresponding bulk material can be conveyed pneumatically. We can check this in our KREISEL technical centre if necessary. Pneumatic conveying systems are used for conveying distances of more than 1,000m and conveying capacities of more than 200 t/h. KREISEL has different technical solutions at its disposal, which are used depending on the requirements. Different factors, such as conveying capacities, bulk material properties and conveying distances play a central role in the correct selection of the appropriate infeed device. In this context, infeed devices are high-pressure airlocks, blow-through airlocks, pressure vessel systems, nozzle conveyors or airlifts, which KREISEL manufactures in its own workshop. Nowadays, energy reduction and reduction of CO2 emissions play a central role, also when choosing the right pneumatic conveying technology. KREISEL is your expert for pneumatic conveying and is at your side as an expert in the selection of the suitable pneumatic conveying system!

The KREISEL VertiFeed corresponds to the airlift principle and is used exclusively for the vertical pneumatic transport of bulk materials. Advantages of the VertiFeed are no moving parts in the bulk material flow, which leads to a very high availability, and also the low investment costs. Conveying capacities of up to approx. 1,000 t/h and conveying heights of up to approx. 150 m can be realised. Another advantage is the pneumatic conveying for bulk materials with very high temperatures. The VertiFeed is often used to feed silos or preheaters and also as “Stand-by” machine in the cement industry.

Muller Beltex is the specialist in abrasion-resistant polyurethane liners for the agricultural and industrial bulk handling and process industry.The patented polyurethanes and fixing materials Muller Beltex uses, guarantee a stronger, tougher and more elastic polyurethane. This allows you to extend the service life of your steel parts of your installation, reduce maintenance cost and provides the right solution for your wear issue.

REMBE® has developed a unique two-layered reverse acting rupture disc. KUB® is not only extremely easy to install – it is also simple to remove and reinstall. The KUB® design has a unique construction which makes it the most robust rupture disc on the market. KUB® is the ideal solution for a wide range of challenging industrial processes with low to high operating pressures or vacuum, e.g. in liquid, gas or vapour applications as well as in two-phase flow applications.