Classifier - Import export

Method for determining the grain size; air jet sieve, vibrating sieve, but also used in a production system for separating the coarse component of a powder so as to obtain the desired grain size distribution. Using acceleration to separate particles of different weights and therefore mostly different sizes.

AViTEQ Dewatering screens are designed as linear vibrating devises for drainage of sand, plastic granules, kieserite, limestone, etc., even to depart insoluble contaminants from wash water or carrier liquids. Advantages & benefits double, specific screening performance of linear vibration with respect to flat screening easy replacement of screen decks low height Construction The design of the screen, depending on the requirements, in single or multi-deck construction. Possible drives are magnetic vibrators, unbalanced motors, exciters and circular vibrators. Dewatering screens are generally designed with top-mounted drives. Selection The sizing depends on: the material to be drained properties of the bulk material, such as bulk density, grain shape, size, size distinction Key figures The dimensions are determined by the task. Previously executed dimensions: length: up to 5,000 mm width: up to 2,800 mm throughput: up to 200 m³/h drives: magnetic vibrator, unbalanced motor, exci

AViTEQ-Vibrating Circular motion screens divide into several bulk grain size ranges, seven small amounts of over-or undersize or separate from impurities and foreign matter from the screenings. Vibrating screens are working with directed vibrations/amplitudes, which are selected on special product to screen, depending on the installation conditions. The screens can separate different fractions simultaneously. The choice of the screen size and dimension depend on the task. Advantages & benefits low operating costs, high operational safety, long service life good value for money compact design dust-proof design possible low wear different possible screening performance, depending on size and design different possible meshes and screen shapes possible different possible screen materials (PU, spring steel, stainless steel, wedge-wire screens, perforated plates, etc.) Construction The main components are: strainer with drive traverse strainers / cassette or tensioned version mechanism

AViTEQ-Vibrating screens are robust, durable, bulk material adapted heavy workers, which are used as discharge units with integrated screening function below a silo, hopper or bunker or as functional organs to feed belts or crushers. Depending on the task, the devices are designed with a robust inlet area with liners (wearing plates) followed by two or three bar grate levels. Each rod is made in a tapered shape which results in a widening gap and bulk jams are avoided. The areas to use such strainers are the primary industry, stones, earth, coal industry with grain sizes up to 1,000 mm in length, but also the chemical and food industry. Everywhere, where a roughly screening and separation of fine and gross material is needed. Advantages & benefits Wide range of applications: product to feed screening of gross grain separation of gross grain before classifying separation of fine grain from crushers protection screening in front of conveyor belts Construction The main components ar

The incremental digital displays are used in combination with our high-precision displacement sensors 8738. The digital technology of these measuring systems satisfies high demands for precision and long service life, as is required more and more nowadays — in measuring laboratories — in production — in testing laboratories — in workshops and many other areas. Typical uses: —Automatic assembly machines —Semiconductor industry —Keyboard tests —Robot controllers —Testing of shafts and planes —Measurement of differential displacement With its phenomenal resolution of 0.1 µm and the high response frequency of 20 MHz, the 9140 is a powerful display unit with a compact design. The comparator function integrated as standard allows for direct evaluation of measurements almost in real-time; these can be processed further by a higher-level controller. A rather more comprehensive acquisition method is also integrated into the system.

Suitable for exotic wood especially red cead, teak and others. Preserver oil for furniture and decks on yachts, boats and terraces. Contains pigments that effectively block UV-rays and protect the wood against graying and moisture. Teak Oil W is satin-matt, abrasion-resistant and protects the surface against algae and moss by drying quickly.

Suitable for exotic wood, especially red cedar, teak and others. Care Oil for furniture and decks on yachts, boats and terraces. Contains pigments that effectively block UV-rays and protect the wood against graying and moisture. Hardwood Care Oil W is satin-matt, anti-slip and protects the surface against algae and moss by drying quickly.

Description V 630 BK III Manufacturer Heinkel Machine no. 1013/44 Product contacted material DIN 1.4404 Basket diameter (mm) 630 Filter area (m²) 1.0 Nominal volume (l) 37 Rpm (min-1) 3,000 g-force, max. (x g) 3,169

V 630 BK - TIOCENT The HEINKEL Classifying centrifuges are used for continuous wet classification of fine, ultrafine and nanoparticles in slurries. They provide a precise cut for optimal production of specific slurries. The highly reliable operation maximizes the cost-benefit ratio. Special properties for the benefit of the customer: Precise separation cut Easy adjustment of separation cut High throughput Recycling of the coarse particles Simple installation Low maintenance complexity, maintenance friendly design Electrically operated turbulence blade Discharge of classified suspension through a pneumatically operated siphon

At Bezner, we engineer, build and supply a customized <a href="https://www.bezner.com/products/air-separator/">air separator</a> as a component of your recycling installation. Other names you may come across for an air separator are wind sifter (otherwise spelled as wind sifter), wind shifter or air classifier.

Zig-zag air classifier machines divide a mixed material stream into two homogeneous streams. The upward vacuum extraction ensures the lighter micronized materials to blow up to exit the sorting chamber separately, leaving the heavier materials to exit at the bottom.