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.

KÜPER rubber ceramic wear elements are ideal for applications with a high flow of coarse, abrasive material. They are used in trans-shipment points, feeder skips, material slides, chutes and silo linings.

A valve was required for a pipeline filled with hydrochloric acid. Further requirements were that the pipeline fitting can be installed in the ATEX zone, that the fitting has pipe ends made of electrically conductive polyethylene (PE-1000 ELS) so that it can be welded to a welding neck flange made of PE. The pinch sleeve was also designed to be electrically conductive on the inside.

The MIXACO laboratory container mixer is ideal for mixing the small quantities typically required for product development or the monitoring of industrial production. Despite its compact dimensions, this model offers all the advantages of a large container mixer. The container has a volume of 6 or 12 liters, so transport is particularly easy in a laboratory environment. All Benefits at a Glance: - Compact design and easy handling for laboratory use - Innovative tool design for a variety of mixing tasks - Upscaling for production purposes - Compact mixing containers with 6- or 12-liter capacity - ATEX version available - Low energy consumption

The Lab HM modular laboratory mixer from MIXACO is the latest innovation for use in your laboratory. The wide range of applications and easy handling make it the most flexible mixer solution for your laboratory. It is a high-standard­ised all-in-one solution and revolutionizes the entire laboratory work. The mixer base contains a high-performance motor that ensures the optimum peripheral speed and the corresponding torque for all sizes. A special highlight of the new MIXACO Lab HM are exchangeable vessels in sizes of 20, 10 and 5 liters, which can be precisely replaced via a quick coupling system, depending on the desired batch size. 100% safety is guaranteed here.

One machine – many possibilities Don‘t overcrowd and overspend in your labora-tory with a multitude of lab machines. Thanks to our unique mixing principle, a single machine can perform all process operations, including mixing, deagglomeration, dispersion, granula-tion, coating, kneading, drying and many more.

Ideal for the development of products and processes • Mixing of powders / granules / flakes / fibers / pastes • Wetting of solids with one or more liquids • Granulation by injecting a binding liquid • Film coating by injecting a liquid on a powder and then adding a second powder • Heating /cooling / maintaining of temperature • Drying with final moisture content <0,1% in Full Vacuum Main features • Short mixing time • Extremely high mixing quality • Batches with repeatable and scalable results • Mixing ratio 1/100.000 • Coefficient of variation (CV): ≤ 3 % • Low maintenance • Functional design for installation in R&D area

The MLH is the perfect machine for product and process development. Small compositions can be tested and produced.

Laboratory Moisture Measurement - Large Rotating Sample Dish: used for large sample measurements. Place material in the dish and in approximately 10 seconds the moisture content percentage is displayed.

Laboratory-based near-infrared moisture measurement sensor. Uses small sealed jars to run moisture measurements in approximately 3 seconds. Moisture content is displayed in percent