Der FTK HM-Innengurt Abstreifer wird bei leichten bis schweren Bandanlagen eingesetzt. Um zu vermeiden, dass sich Material im Innengurt zwischen Trommel und Gurt festsetzt und so Gurt und Trommel beschädigt Bandgeschwindigkeiten bis 2m/s bei der Mini-Ausführung. Bandgeschwindigkeiten ab 2m/s bei der verstärkten Ausführung. Er ist speziell bei stark anhaftenden und abrasiven Materialien und bei beschädigten Gurten einsetzbar und verfügt über eine geringe Einbauhöhe. Einsatzgebiete: Sand, Kies, Recycling, Kompost, Ton, Ziegelwerke, Asphaltmischwerke, Gips, Zement, Glasindustrie, u.v.m. Anhaftende Produkte am Fördergurt verringern durch die starken Verschmutzungen die Lebensdauer des Förderbandes. Dies hat meist kostenintensive Instandhaltungsmaßnahmen und Produktionsausfallzeiten zur Folge.

Hartmetall-Winkel-Segment

Type L L-Hook Galvanized or stainless steel L-hook with washer and nut. Note: According to the building regulations, the building owner or his representative must provide a structural analysis of the system and therefore of the cover. Based on the DIN 1055 part 4, the planner must ensure adaptation to local conditions. We will be pleased to inform you about further fastening options.

Precision and reliability are decisive factors for any screening process. To ensure that your screening process works safely and efficiently, the alloy, opening, type of weave and screening machine must be optimally adjusted to your product. Haver & Boecker offers a wide product range with solutions for all types of screening machines and applications.

Designed to address higher-pressure applications up to 75 psig (5 barg) depending on size, the Vortex HDPV2 sets itself apart from traditional industry slide gates. The rising blade design provides positive material shut-off by means of an O-ring seal on the inlet of the valve. This design feature eliminates the issues related to packing or material causing abrasion to the end seal.

Hot-material conveyor belts show resistance to warm environmental influences and/or materials such as cement, steel or glass. The surface of the conveyor belt consists of a special rubber compound which is characterized by high adhesive strength, low ductility and excellent thermal protective properties. Ambelt® conveyor belts that are manufactured in accordance with DIN 22102 can transport materials with a temperature of up to 180 °C – and even up to 250 °C for short periods. Ambelt® heat resistant conveyor belts are primarily used in the following industries: Chemical industry Cement factories Smelters Iron and steel industry Metal processing industry Waste incineration industry

The heat‑resistant secondary belt cleaner is specifically engineered for conveyor systems operating with hot materials or in high‑temperature environments. Its robust construction and high‑quality materials allow it to withstand temperatures of up to 270 °C, ensuring consistent cleaning performance even under extreme conditions. This variant is ideal for use on drying drums, such as those found in asphalt mixing plants, lime production facilities, or similar high‑temperature processes. As the heat‑resistant version of the standard secondary belt cleaner, it provides maximum safety, long service life, and trouble‑free plant operation.

The combination with a horizontal cooling mixer is the perfect solution for high-performance applications requiring larger throughput volumes. High-performance cooling with three cooling zones enables particularly gentle mixing and efficient cooling of the material. A multi-stage mixing tool in the heating mixer heats the product and distributes all recipe ingredients and materials evenly throughout the mixture. When the desired target temperature has been reached, the mixture is transferred to the cooling mixer through the discharge port and the heating mixer is ready for the next batch. The specifically configured water circulation system in the horizontal cooling mixer ensures the best possible cooling performance in the three cooling zones. Besides the relatively large cooling area, the optimum water circulation speed is another factor with a decisive influence on the machine’s overall effectiveness. After use, access to the container for cleaning is fast and easy via the mixer lid with motorized lifting mechanism. All Benefits at a Glance: - High-performance cooling with throughput volumes over 2,500 kg/h - Can be used for a wide range of different applications e.g. heating, agglomerating, bonding - Process-optimized mixing tools guarantee optimum energy input - Selection of performance-optimized mixing drives for high energy efficiency - Innovative aspiration for optimum dehumidification of the mixture - Wide range of optional accessories allows ideal adaptation to installation space requirements - ATEX version possible - Large cooling areas and specifically designed water circulation in container and lid for optimum cooling performance - Large lid for easy cleaning access

The vertical cooling mixer is an economical, robust solution for throughput volumes up to 2,500 kg/h. A high-performance multi-stage mixing tool in the heating mixer generates friction to heat the product. At the same time, all recipe ingredients are evenly distributed throughout the mixture. When the desired target temperature has been reached, the mixture is transferred to the cooling mixer through the discharge port and the heating mixer is ready for the next batch. The material is cooled in the vertical cooling mixer by passing it gently across a cooled surface several times. An optimum cooling performance is achieved through targeted water circulation in the mixer floor and sidewall. The cooled mixture can then be emptied rapidly via the dead-space free discharge port. All Benefits at a Glance: - Can be used for a wide range of different applications e.g. heating, agglomerating, bonding - Process-optimized mixing tools guarantee optimum energy input - Selection of performance-optimized mixing drives for high energy efficiency - Innovative aspiration for optimum dehumidification of the mixture - Wide range of optional accessories allows ideal adaptation to installation space requirements - ATEX version possible - Most economical solution for throughput volumes up to 2,500 kg/h - Mixer lid opens for fast, easy cleaning - Optimum water circulation in mixer floor and sidewall for high-performance cooling

Heavy-Duty industrial gearboxes

Even under extremes of vibration or dynamic loads, the HEICO-LOCK® Wedge Locking System provides maximum reliability. When the bolt is tightened, the external radial teeth of the HEICO-LOCK® Wedge Lock System embed themselves in an interlocking fashion with the respective mating surface. If the securing system is subject to dynamic stress, movement is only possible between the internal washer surfaces. This results in an increase in the clamping force. - Certified system for securing bolts, working at low and high preload levels - Particularly suitable for dynamic loads – including when using lubricants - Can be re-used - Very easy to install and remove (wedge lock washers are supplied as a pre-assembled pair) - Also suitable for high-tensile bolts of 8.8, 10.9 and 12.9 and their respective nuts - Available in steel or stainless steel with narrow or wide bearing surfaces – other materials are available upon request - Available from M3 – M76 and ¼” – 3” - custom sizes upon request

Easy, fast and reliable assembly of large bolted joints! - High preload force due to torsion-free assembly - Controlled friction characteristics ensure the highest tightening and repeat accuracy - Losses from settlement of the joint do not occur and full capacity of the joint is achieved - Tension nuts and reaction nuts are compatible with common strength classes according to ISO 898-2 - Can be re-used several times - Standard available from M20-M120 strength class 8 and M20-M90 strength class 10 - Other strength classes, bolt sizes, thread types and thread pitches are available on request