Process of heating glass and rapidly cooling using jets of air to make it more resistant to thermal and mechanical stresses giving rise to its fragmentation characteristics and utility as safety glass.

Process of sandwiching at least two sheets of glass by a full surface plastic interlayer such as PVB to enhance properties of the glass unit such as insulation, safety.

Process of factory sealing multiple sheets of glass that are separated by an Aluminium or steel spacer and filled with air or gas to enhance thermal insulation properties of the unit.

Process of creating bespoke designs on the surface of glass by imprinting ceramic frit paint on the glass and fusing it during the toughening or heat strengthening process.

Process of creating decorative glass panels by abrasive etching of glass at high pressure to create uniform or bespoke designs.

Process of removing nickel sulphide impurities by placing the tempered glass inside a chamber and raising the temperature to approximately 290ºC to accelerate nickel sulfide breakdown and reducing the risk of potential breakage.

Machining or milling plays a major part in most Aluminium and metal component work. Machining facilities like 4-axis profile machining center are designed for economical and efficient machining of Aluminium and thin-walled steel profiles. All operations, such as routing, drilling and tapping are performed while the profile bar is stationary to protect the profile surfaces for economical and efficient machining of Aluminium and thin-walled steel profiles.

Water Jet cutting uses an ultra-high pressure stream of water to carry an abrasive grit. The abrasive does the cutting through a mechanical sawing action, leaving a smooth, precision cut surface. Water jet is a very precise cutting process allowing fine contours to be cut, and producing high tolerance parts in Aluminum and metals.

Process of surface treatment preparation for Aluminium and metal products. The objective of buffing process is to make a rough surface to a smooth one for better adherence to surface treatment. It is done by the skilled workforce by using grinder and special buffing machine tools.

Cutting is the primary process in the aluminum and metal fabrication using cutting machines like Aluminium Profile Machining Centers (CNC), Computer Numerical Control (CNC) cladding machines, Semi-Automatic Circular Saw Machine (for tubes & steel profiles), gas cutting machine and shearing machine enables us to process a wide range of aluminum and metal products.

Process of forming the sheet metal into the required shape such as bended angles, channels, stainless steel flashings etc., by using 5 meter bending machine.

Process of permanent joining of two similar material to give the require shape and size with the help of SMAW (Shield Metal Arc Welding) machine, GTAW (Gas Tungsten Arc Welding) machine & GMAW (Gas Metal Arc Welding) machines.

Intumescent coatings, often referred to as intumescent paint, are used in buildings as a passive fire resistance measure. They can be applied to structural members as an aesthetically pleasing fireproofing product. The key feature of intumescents is that they expand significantly when exposed to high temperatures, such as those found in a fire. As the product expands it becomes much less dense, which makes it act as in insulator that keeps the high temperatures away from structural members or protected openings.

PVDF or polyvinylidene difluoride are resin-based architectural coatings that provide high-performance durable coating systems that withstand the test of weather and time. PVDF is typically a two-coat resin-based liquid coating system which includes applying a primer, which imparts corrosion resistance to the substrate and determines adhesion, quality and applying a topcoat, which determines the color. Alutec  is the approved applicator for Jotun and Valspar products USA. 

Powder coating is the most widespread method of surface coating and provides an almost limitless choice of colors with excellent repeatability of color matching. Powder coating utilizes an electrostatic process where the Aluminium extrusion component is jigged onto the powder coat track using specialist jigs to hold the components and finely ground dry paint film is applied to the Aluminium surface. The subsequent heating of this film allows the powder to melt and cure to a smooth finish.

An electro-chemical process where a natural oxide film is created by passing an electric current through a sulphuric acid solution with the aluminium extrusion acting as the anode. The anodised film created can be coloured using pigments, organic or inorganic dyes. The coating layer of anodizing Varies from 5 to 25 microns depending upon the project requirement and adhere to specification AMMA 611/ BS EN ISO 12373. Alutec’s Anodizing process is certified by Qualanod.