Knowledge Centre
Mat-Tech closely follows international developments in the field of high-tech brazing. Mat-Tech Development & Testing Department has access to new and fundamental research in the field, and is also actively involved in a number of international projects. The knowledge that Mat-Tech acquires is shared with our clients, industry peers and other parties where there is a common ground in high-tech brazing. We are actively sharing our knowledge at fairs, seminars and on this platform as well as other media. Some of the projects Mat-Tech are involved in are as follows:
Diffusion Bonding in 3D-Manufacturing of Titanium Alloy Structures
I. Introduction II. Specification of the industrial problem Fig. 1: Optical images (“top view”) of the initial Ti-6Al-4V alloy parts. III. Direct low-pressure diffusion bonding
Brazing of Aluminium Alloys with High-Magnesium content
ABSTRACT Successful brazing of any Aluminium alloy requires prior removal of the native surface oxide film,which is usually done by employing a flux. Magnesium additions
Brazing of refractory metals and AISI 304 stainless steel to Copper – The use of
ABSTRACT Brazing of several refractory metals, namely, Tungsten, Molybdenum and Niobium as wellas austenitic stainless steel AISI 304 to pure Copper was performed in vacuum
Joining of Zirconia Ceramics to AISI 316L Stainless Steel
I. Specification of the problem The present Project is dealing with the fabrication of electrical (high-voltage) feedthrough consisting of YSZ (ZrO2 + 3 % mole
Brazing of Aluminium Oxide Ceramics is an important step in manufacturing of the CO2-cooled substrate
I. Introduction Aluminium Oxide Ceramics due primarily to its good heat conductivity (of about 30 W×m-1×K-1) and a relatively low cost is considered as an
High-temperature soldering of P- and N-Legs to the Copper connector in thermoelectric convertor assembling
I. Introduction Our previous investigation of the interfacial regions in the ”(p-n) thermocouple” / Cu- connector assembly (Project No. 2012-3067-0616) was aimed at providing a
