The pressure vessel has established itself for pneumatic conveying with high pressures (long conveying distances) and high product concentrations (high delivery rates). In the case of poorly flowing products, it is possible to increase the flowability using additional measures (cone venting, mechanical discharge aids). Depending on the conveyed material and conveying distance, gravity draining (connection of the delivery line underneath the discharge funnel) or cover emptying (connection of the delivery line from above vertically into the protruding pressure vessel riser pipe) and various ratios of the upper, lower and secondary air supply. The pressure vessel can be loaded either in free fall or using suitable mechanical feeders. The operation of a pressure vessel is always discontinuous; therefore a buffer container is arranged above the pressure vessel for continuously occurring material. If large delivery rates are required, two pressure vessels can be operated in parallel. While one is being filled, the other is emptying. An almost continuous delivery is achieved in this way. In every case, the supplied amount of material must not be larger than the capacity of the pressure vessel. The average availability of a single pressure vessel is 50% and that of a twin pressure vessel is approx. 90%. The achievable delivery rate of any pressure vessel is decisively determined by the net capacity of the pressure vessel and the diameter of the delivery line. However, due to the often very different bulk weights, grain sizes, grain distributions and other physical properties of the bulk materials, no specific specifications for known delivery line cross sections and pressure vessel capacities can be made in advance. Design of the MAHR pneumatic conveyor system: The conveyor system consists of the pressure vessel with the completely attached valves. It is ready for operation when connected to the compressed air supply and the electric controller.

Our new brawny pneumatic nutrunner DP1 is shorter and more slender than its predecessor DPM. • The 5 new manufactured sizes of the DP1 replace the DPM in the respective performance categories and provide a torque range of 125 - 3,600 Nm. • Pneumatic nutrunners by Plarad are designed for continuous operation in different application ranges in the fields of installation, maintenance and production. The DP1 is also suited for various tasks in the oil and gas industry or in the mining industry. • The low-vibration technology protects the user‘s muscles and joints and effectively prevents the development of HAVS (Hand-Arm Vibration Syndrome). • The low weight and the sophisticated ergonomic profile ensure an excellent handling. • The gearbox is designed to sustain a constant load. • The drive rotates 360°.

One of the most common techniques used to transport bulk goods is pneumatics. Using air or gas, the product is transported with high precision and hygiene. Pneumatic transport offers several options. Bulk goods can be transported with negative or positive pressure, you can transport the goods by dilute-phase transport or dense-phase transport, and you can choose gas or air.

The pocket filter system INFA-JET with pneumatical cleaning is a flexible modular system for continuous de-dusting of machines and workplaces. The extensive model range is suitable for volume flows of 100 m³/h to approx. 25,000 m³/h. Depending on the application different constructions and types are practical - high, low, round or rectangular. During the filtration phase, filter pockets or pleated filter elements are cleaned in periodic intervals by pulses of compressed air (jet cleaning). Dust or powdery products can be cleaned as well from exhaust air as from process gases. Almost every customer demand can be fulfilled with the pocket filter INFA-JET type AJN - the most economical solution both within requirements of the process technology as well as in case of difficult spatial situations can be realized. The pocket filter can be individual designed for every application by choice of appropriate version, e. g. with or without filter housing, with constructive explosion protection, with secondary filter stage, with adjacent or flanged fan, with dust discharge or as multi chambers variant. The INFA-JET pocket filter also allows to de-dust processes or products for which cartridge filters or other pleated filter elements cannot be used.

Mittels aufgesprühtes Polyurethan werden unterschiedlichste Anlagen(teile) von einer sehr abriebfesten und dauerhafte Beschichtung vorsehen. Dies um Abriebsprozesse zu vermeiden oder entgegen zu wirken, um das Entstehen von Anbackungen zu reduzieren, um die Anlagen besser reinigen zu können, oder als Lärmschutz bei aufprallende Produkten.

Operating description: The application of a polyurethane coating. The polyurethane in question goes by the name of Kobaflex V80. Kobaflex V80 is a polyurethane which belongs to the group of elastomers. This means that the material retains its flexibility and is able to withstand abrasion caused by friction. It also possesses a high degree of elasticity. Kobaflex V80 exhibits a hardness of 80° Shore A. General: Kobaflex is applied by means of a spray application which ensures a smooth and even coating. The parts must first be sandblasted (sandblasting standard: SA 2½, Coarseness: Rz > 60μm, Ra > 10μm) after which a special primer is applied. The primer helps prevent corrosion and remains stable up to 65°C in wet conditions and up to 80°C in dry conditions.

With the ES/EM 98 Extreme series, steute has developed position switches with metal housings and normed dimensions in acc. with DIN EN 50041, suited to applications in extreme environments. Depending on user preferences and the sealing concept selected, versions are available in protection classes IP 66, IP 67 and IP 69K. A large temperature range from -40 °C to +90 °C further increases the potential of these new Extreme position switches. Users can choose from a large selection of actuators, and available switching inserts include a new contact variant with three contacts designed as a slow action or snap action contact with a positive break NC contact. A certified variant for use in explosive zones is now also available. The switching devices can be used in gas-Ex-zones 1 and 2, as well as dust-Ex-zones 21 and 22.

With safeline ® you not only get every tool and every machine – you will too if required advised in detail. Our competent specialist staff is always at your side. A comprehensive You can find an overview of our range online in our web shop at www.safeline.de or in our showrooms in Dortmund. ❱ Machining ❱ Turning and milling tools ❱ Clamping technology ❱ Measuring tools ❱ Welding technology ❱ Hand tools ❱ Electric/pneumatic tools, machines ❱ Tools for working stone, wood or metal ❱ Screwdrivers ❱ Grinding and sawing technology

The JOEST Pre-Reclaiming Sand Attrition Unit is specifically designed for the granulometric preparation of chemically bonded molding and core sand. In foundries where larger sand lumps and blocks are frequently generated – for example, after shakeout of molding boxes or core packages – it ensures efficient pre-crushing. With its compact and robust design and proven vibration technology, this machine series delivers maximum operational reliability and process stability. Positioned between the shakeout grate and downstream lump breakers, the Pre-Reclaiming Sand Attrition Unit conditions the material to ensure continuous discharge and trouble-free downstream processing. Thanks to its modular adaptability and durable wear components, this solution makes a key contribution to quality assurance and cost reduction in sand reclamation.

Our Precise dosing system is suitable for powdery and finely grained bulk materials. Please specify the range of grain sizes when making your enquiry. The bulk material must have good conveying and flow properties. The agitator in the inlet area helps to ensure an almost constant filling level. Agglomerates that formed in the silo are broken up and crushed, thus increasing the process reliability even more. In addition, the spindle pitch is progressive, thus reducing the risk of the bulk material compacting inside the feed tube. The screw spiral and housing are precision-finished and therefore display maximum sealing integrity. The removable feed tube makes it easy to clean the screw. Outside bearings are as standard. Our distributors you can get pressure-shock-proof and ATEX-compliant, too.

Due to the wide range of raw and finished products and their diverse requirements for materials and processing quality, RUBERG has developed six main types within the CM series over years of innovation, each with different designs. Combined with additional equipment, these units form RUBERG precision batch mixers, optimised for quality and cost-efficiency, handling tasks for powders, granules and low- to high-viscosity liquids. Tasks such as homogenizing, coating, wetting, crystallizing, degassing, foaming, steaming, fluidizing and drying are just a few examples of the mixing challenges that RUBERG precision batch mixers are built to address. These mixers deliver high performance and flexibility, handling sensitive products from the pharmaceutical, fine chemical and food industries, as well as bulk goods in chemicals, building materials, plastics and animal feed. With rapid processing times, they achieve a high degree of mixing precision in as little as 30–180 seconds (as quick as 30 seconds for muesli). The variable speeds, tailored to the mixed material, allow for gentle blending of coarse-grained materials and intensive dispersion of fine powders, paints, coatings, or liquid substances at higher speeds. Available in working volumes from 100 to 25,000 litres, these mixers are constructed from premium stainless or special steels. They ensure the highest mixing precision of 1:100,000, even at variable fill levels starting from just 10% capacity.

The B050A roller press is designed specifically for research and development for briquetting or compacting process. It can also serve as a production unit, when required capacity of the machine is small. Material of construction for parts in contact with processed material are corrosion resistant (Nitronic 30, 304 stainless steel). Here is a video that we want to show you how briquetting process works : https://www.linkedin.com/posts/euragglo-sas_briquetting-compaction-industrialinnovation-activity-7300465883976540160-mEpk?utm_source=share&utm_medium=member_desktop&rcm=ACoAAEZ8-CwBV6DBIGjCDUXBB5e_571d3ZL5ouU

The Model B220B is a rugged machine designed specifically for briquetting operations requiring high pressures combined with ease of roll change. This versatile machine can be used for production or as a laboratory research unit. Typical applications include inorganic chemicals such as quick lime (CaO) and metal powders.

The model B400B is a rugged machine designed specifically for briquetting operations requiring high pressures combined with ease of roll change. Typical applications include inorganic chemicals such as quick lime (CaO) and metal powders.