The cartridge filter INFA-MICRON MPR was especially developed for dust which are high potentially dangerous and also are filtration-technically demanding. Its horizontally inserted filter cartridges are cleaned by a jet pulse system, supported by a special injector and upper area regeneration of the cartridge (offline). This method allows the separation also with adhesive or sticking dusts, because the jet pulse cleaning brings in higher cleaning energy into the filter cartridges than the backflush system of cassette filters. In addition, the filter cartridges can be precoated or operated with a continuous additive supply. The cleanability is thereby preserved on a long-term. The MPR cartridge filter is a user-friendly and high efficient dedusting unit. Efficiency of this filter series covers a wide range of filtration duties in pharmaceutical, chemical, metallurgical and nuclear-technical industry. The processes in these industrial branches are very demanding on dust separation efficiency. Infastaub offers suitable handling systems according to requirements of contamination protection. Like the cassette filter MKR the maintenance staff can carry out the dust disposal and the change of filter media free of contamination (up to OEB 4 | 1-10 µg/m³) with the help of the "Safe-Change" system.

The cassette filter system INFA-MICRON MKR is available as cleanable dust collector with one or two filter stages as well as non-cleanable, downstream safety filter. The filter sizes cover air volume ranges of > 500 m³/h. Big volume flows can be cleaned by parallel arrangement of several units. The 2-stage design guarantees residual dust contents as low as 0.001 mg/m³. Filter cassettes of class H13 are used as filter media for the cleanable 1st stage and H13 to U15 for the non-cleanable 2nd stage

Cast basalt is a mineral material which, thanks to its special characteristics, is superbly suitable as wear protection: Cast basalt offers the following advantages: - Exceptionally high wear resistance - Unlimited resistance to humidity - High compressive strength and resistance to nearly all acids and alkalis - Full corrosion resistance - Always maintains a smooth and even surface (favourable coefficient of friction for bulk solids) - Excellent price/performance ratio (preventive and economical)

The cast iron slide valve Type GFS is used in silo and tank outlets. It guarantees optimum sealing when storing bulk materials containing dust or in granulate form. Mode of operation: The stainless steel slider plate on eccentric support pins in the cast iron case is sealed dust-tight on the bulk material side with Vulkollan sealing strips and with packing glands on the outside. Easy adjustment of the support pins and the packing glands achieves high operational reliability. The cast slide valve is available with pneumatic cylinder, toothed rack or manual operation. Material / design: Case: grey cast iron Bracket: galvanised steel Slider plate: stainless steel Sealing strips: Vulkollan Technical data: Pneumatic drive: P neumatic cylinder with non-contacting limit switches and 5/2 way solenoid valve Electric motor toothed rack drive: with integrated limit switches. 0.37 kW/400 V, 50 Hz Advantages: Robust and reliable Short closing times Easy to maintain Dust-tight

The JOEST Casting Cooler is an energy-efficient conveying system for the controlled cooling of castings. It is based on a mass-compensated resonance trough with an eccentric shaft drive – without micro-throw motion – enabling uniform, low-noise material transportation with minimal foundation loads. Typically installed between the shakeout and sorting conveyors, the system stands out due to its modular design, robust steel construction, and ease of maintenance. Honeycomb-type dampers and optimized springs ensure stable operation under high loads – with low energy consumption and easy installation. An integrated counterflow heat exchanger ensures high thermal efficiency. Optional air humidification is available to increase cooling performance.

CastoDur Diamond Plate® LC8 is a thin steel plate coated with a highly wearresistant layer. The very high density of ultra-hard Tungsten Carbide phases homogeneously distributed into a nickel-based matrix offer an extreme resistance up to 10 times better than standard heat treated (HT) wearplates. Consequently, similar or even superior life-times over traditional thick and heavy wearplates. CastoDur Diamond Plate® LC8 can be handled manually by operators. It is ideal where lifting devices cannot be installed, in particular inside restricted areas. Due to it’s low temperature, focused beam, laser technology has proved to be extremely effective for protecting parts exposed to high wear. Advantages over hardfacing techniques, such as welding, include: •As dilution is minimal and can be perfectly controlled, the properties of high-quality coating materials are not appreciably affected during application. •The tungsten carbides that provide protection against abrasion and erosion do not dissolve. The carbides are perfectly embedded in the matrix, plus the layers exhibit increased impact resistance. •Of all coating processes, the LaserClad technology has the lowest influence on base material properties. •The uniform coating thickness allows for small tolerances and ensures that less turbulences are generated on the coated surface.

CastoTubes® are Castolin Eutectic's response to the market request for erosion-resistant pipe sections and elbows. They consist of a mild steel tube which has been internally wearfaced with TeroMatec® 4666 alloy. This provides the exceptional wear resistance of our well-known 4666 CastoDur Diamond Plates®. Furthermore, by avoiding expensive forming operations of flat plates into tubes, seamless small diameter CastoTubes® are available. CastoTubes® offer many advantages: •Exceptional wear resistance •Highly cost effective solutions for plant productivity •Lightweight •Easy to replace •Easy to join •Absence of harmful linear weld joints, can operate at high pressures •Small diameters availableStandard CastoTubes® Range Tubes with a minimum internal diameter of 82 mm are available and a maximum length of 3 m. CastoTubes® can be installed with standard flanges so that the replacement of worn out tubes can be done quickly and easily. Virtually any inner diameter from the 82 to 282mm can be produced by applying a different wearfacing thickness inside the standard base tube. This allows a smooth joint to the existing installation so as to avoid turbulent media flow. Industries and Applications Our CastoTube is installed in extremely demanding applications. Typical industries are: •Cement and concrete •Mines and quarries •Sand and gravel pits •Shredders and recycling plants •Iron and steel mills •Cement and ready-mix concrete plants •Brickworks •Foundries and coking plants •Incineration plants and electric power stations

CCS-3000 - Designed for Coke, Coal & Sinter and darker products that can be difficult to read with competing near-infrared sensors. Installed directly on the production line, this unit provides instant, continuous data displayed on a laptop or connected to a PLC.

Contains densely and evenly distributed tungsten carbide particles in a 60 HRC Ni alloy matrix CDP® 112 is a steel plate (mild or stainless) coated with a layer of NiCrBSi alloy additioned with 35%WC. The coating is 100% non diluted and retains all its abrasion and erosion resistance properties. Industry Examples Cement - steel - coal fired power plants - wooden panel industry - mines and quarries - glass (raw materials transport and processing, glass recycling) - waste and recycling Applications Any application requiring extreme resistance to abrasion and erosion up to 700 °C. Its lightweight makes it ideal for coating of industrial ventilator blades.

CDP 212 contains evenly distributed tungsten carbides and chromium carbides particles in an iron alloy matrix. This economical powder wearplate offers a high abrasion and erosion resistance when it is used in non corrosive conditions.

CDP® 4623i is the ideal wearplate for chutes, buckets, crushers and any other application that suffers impact and mild abrasion CDP® 4623i is a composite material made of an easy-to-weld steel plate coated by means of open arc welding with a layer of impact and abrasion resistant alloy. Applications Any application involving impact or impact plus abrasion. CDP® 4623i is at the top of the range of welded CDP when impact and abrasion are present at the same time.

CDP® XuperWave 4624 DXW is the ideal wearplate for the application where the right balance between price and service life is required CDP XuperWave 4624 is the ideal wearplate for applications where the right balance between price and service life is required, thus maintaining the Castolin high standard welding quality and smooth surface. The exclusive XuperWave weld bead pattern drastically reduces the wear rate, especially in applications exposed to high velocity erodent fluxes. The extreme hard weld cladded surface is specially designed for erosion and abrasion applications. Industry Examples Steel, coal fired powerplants, cement, pulp and paper, wooden panel, others Applications Fan blades and housings, cyclones, square pipe elbows, any part exposed to erosive attack from small particles flows.

CDP® 4666 is a composite material made of a structural steel backing and a hard weld surfacing, corresponding to DIN 8555 CDP® 4666 is a composite material made of an easy-to-weld steel plate coated by means of open arc welding with a layer of abrasion and erosion resistant alloy. The complex carbides coating shows a superior wear resistance when compared to CrC wearplates due to: 1. higher carbide density = higher resistance to finer abrasives 2. higher average carbides hardness = higher resistance to abrasives Industry Examples Cement, Mines and Quarries, Steel, Waste and Recycling, Glass, Coal Fired Power Plants and in general any industry where raw materials handling and processing, up to 500-600 °C, causes wear by means of abrasion and erosion. Applications Any application involving abrasion and/or erosion. CDP® 4666 is at the top of the range of welded CDP®. For better performance against abrasion and especially to improve the erosion resistance, only CDP® 112 or PTA CDP® 6503 can be taken into consideration. When applied for high temperature applications, above 450-500 °C, or when used at high temperature as a structural part, a material with higher mechanical and oxydation resistance should be chosen.

CDP® 496 is a composite material made of a structural steel backing and a self-fluxing metal powder overlay CDP® 496 is a steel plate (mild or stainless) coated with a layer of NiCrBSi alloy, similar to 12496 or 10009. The coating is 100% non diluted and retains all its wear resistance properties Applications Any application requiring extreme resistance to friction and good resistance to erosion, up to 650-700 °C. Corrosion resistance needs to be checked from case to case, investigating the type of corrosive agent, concentration and working temperature of the part.

Cellular wheel sluices are used to dosage, feed or take out grained or powdery materials or granulates. SCHRAGE cellular wheel sluices are solid welded steel constructions with yoke or shaft-mounted motors, sealed by adjustable all-round glands with oil ring. The rotor comes with 10 or 12 pockets as well as sealing strips or wipers. The hardwearing SCHRAGE cellular wheel sluices are equipped with rotation monitoring by means of capstan housing and proximity switch as well as an inspection opening. Flange pattern bores are drilled according to SCHRAGE factory standard or customer specifications. SCHRAGE cellular wheel sluices are available in nearly all materials and offer inlet/outlet widths from NW 150x150 to NW 1000x1000 as well as round inlet and outlet profiles. Special designs such as timing sluices via gate construction are available.