TAPS manufacturer

TAV DUAL CHAMBER furnace is configured to perform vacuum heat treatments with fast quenching as well as LPC processes. The furnace is equipped with a graphite-insulated hot zone and a cold chamber for inert gas quenching up to 20 bar abs, to perform faster and more effective cycles with significant reduction in energy consumption: up to 40% (compared to a single chamber vacuum furnace). It is the ideal solution to enhance mechanical properties for a wide range of treated materials, eliminating further post cleaning after heat treatment.

Additive Manufacturing is a highly flexible technology that allows to manufacture 3D printed components by adding material layer by layer. The thermal process at high temperature in vacuum furnaces is the usual step after Additive Manufacturing Process. Additive Manufacturing uses materials at different states (powders, liquids, solids), including direct and indirect deposition technologies. Vacuum thermal processes: - Debinding & Sintering - Solution treatment - Stress relieving

TAV vacuum furnaces for advanced ceramics are mainly used in automotive, aviation/aerospace, research, medical technologies industry, etc. Treated materials are: Alumina, SiC, Si3N4 , B4C, AlN, BN, C/C, Liquid Silicon Infiltration, etc. Features: up to 2500 °C - 1E-1 ÷ 1E-2 mbar range. High-performance ceramics have exceptional mechanical properties in many respects including high temperature resistance and high wear resistance. We design and manufacture advanced vacuum furnaces in a wide range of geometries and dimensions.

Brazing in a vacuum furnace allows more accurate control of dimensional tolerances and provides clean joints with no need for additional finishing. Vacuum is especially suitable for brazing of aluminum heat exchangers due to the absence of air, thus preventing the formation of oxides. We design and manufacture advanced vacuum furnaces in a wide range of geometries and dimensions.

TAV VACUUM FURNACES designs and manufactures innovative furnaces for debinding, sintering, and combined debinding and sintering processes. Our furnaces are designed for processing metal and ceramic components, ensuring compatibility with various additive manufacturing techniques. TAV's debinding and sintering furnaces leverage cutting-edge technology to deliver exceptional results, allowing to achieve higher density compared to other technologies and ensuring precise carbon control.

Thermal processing in a vacuum furnace ensures highly accurate and repeatable results for materials having to withstand extreme operating conditions. TAV VACUUM FURNACES designs and manufactures advanced heat treatment vacuum furnaces in a wide range of geometries and dimensions.

When the parts to be subjected to thermal treatment have structures which develop in height, vertical furnaces provide a precise and accurate answer, ensuring homogenous temperature distribution even for complex geometries and very high load densities. The system is arranged for either top-loading or bottom-loading to further meet your needs.

Back in 1999 we founded our company with the aim of providing a highly specialized and widespread global technical assistance service on vacuum technologies and heat treatment furnaces. The experience of our team, engaged for decades in after-sales services and in the design of industrial solutions, has allowed us to combine a competent know-how with the manufacturing quality of our machinery. TAVENGINEERING operates and produces according to the AMS2750 standards, thus meeting the Nadcap compliance where required. We are constantly active in research and development and oriented towards perfecting new technologies to make products (such as vacuum furnaces, water quenching furnaces, vacuum welding chambers, etc.) more reliable and efficient. From new industrial equipment to modernized one, from maintenance to training, we provide the best return on your investments.

Since 1963, TBT has supplied more than 1000 horizontal deep hole drilling machines worldwide. Our customers appreciate above all the precision and long life of our TBT machines. The product range now covers all requirements: from the smallest drilling diameters of less than 1 mm to extremely large diameters.

• PIHER Piston system inside: • For horizontal and vertical clamping. • Adaptable to any angle. • Zinc plated bars and joints made in carbon steel • Ergonomic handle, intercangeable and foldable, made in PA with fiberglass. • Piston pressure surface with M6 thread for assembling accessories.

• PIHER Piston system inside: • For horizontal and vertical clamping. • Adaptable to any angle. • Zinc plated bars and joints made in carbon steel • Ergonomic handle, intercangeable and foldable, made in PA with fiberglass. • Piston pressure surface with M6 thread for assembling accessories.

Moving away from a mineral oil-based lubricant to an oil-free lubricant offers multiple advantages and cost savings. Our lubrication technology is based on water-borne polymers, 100% oil-free – both of mineral and synthetic oils – with excellent cleanability. Our lubricants provide an excellent lubrication and low oil-free residue on drawn parts, making possible welding without prior degreasing, without any sign of the usual residues found with oil-based lubes around the weld. Concerning health & safety, our lubricants are NON-hazardous products and do not include any hazard warning pictogram on the labeling. About our products, Tech Cool® 35630 MD12 is suited for steel and HDG stamping, blanking and punching in presses up to 1.200 tons. Tech Cool® 35630 MD24/1 provides higher performance, suited for more severe drawing processes.

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Thanks to our innovative technology, we can extrude high-performance technical materials suited to each project. Depending on our customers' needs, profiles can be manufactured in polysulfones, acetal, ABS, POM, etc. to meet the different technical requirements of each project. These profiles can also be co-extruded if required. In addition, decorative films can be applied in a wide variety of materials.