Product Details:
| Shape | Round, Square Rectangular |
| Usage/Application | Industrial |
| Size | 3,6,12, Feet |
| Elongation | 15 |
| Material | Aluminium |
| Brand | JINDAL,Nextgen Steel & Alloy |
| Thickness | 10-350 mm |
| Tensile strength | 170-570 MPa |
[Below you will find information relating to typical extrusion manufacturing plants, Sapa RC Profiles in Belgium have specialties outside the general range usually available. For more information on the extremes of profile manufacture, please visit Sapa RC Profiles Belgium]
The aluminium extrusion process provides virtually unlimited opportunities to the product designer with the added benefit of low tooling costs and short lead times.
It is not just in new product design where aluminium extrusions are leading the way. In existing products, substitution of other materials and processes by aluminium extrusions can result in major cost savings through fewer components, reduced finishing, simplified assembly and improved supply chain logistics.
Clip-fits, screw-ports and circuit-board location grooves are just a few ways of reducing components and simplifying assembly at no additional cost.
Aluminium’s excellent corrosion resistance means that often no finishing is required. However, if additional corrosion resistance or aesthetics are important, there is a whole range of suitable finishing processes from polishing and brushing through to anodising and painting.
The anodising process offers unique benefits in terms of protection with almost no impact on the components eventual recyclability.
It can be that the low cost tooling, quick turnaround and the ability to produce a range of different length components from stock lengths can transform the supply chain. A leading supplier of electric motors shifted his production from aluminium castings. This not only revolutionised the production process but also resulted in increased strength, improved thermal conductivity and reduced risk for corrosion for the housings.
Different length motor housings can be produced from stock lengths, new designs can now go from the drawing board to production in 4 to 6 weeks at only a fraction of the tooling costs.
Extrusion Process:
The whole manufacturing and production process starts with the design. It is here that the extrusion takes shape and features are built in to reduce weight, simplify assembly, add functionality and minimise finishing costs. Here we take advantage of the unique benefits of aluminium, in combination with the extrusion process, to make a cost-effective product with optimal functionality and an attractive appearance.
Read more about the extrusion process >>
Direct Extrusion:
The direct extrusion process can be clearly seen in the schematic diagram below. Cylindrical aluminium alloy billets of cast or extruded manufacture are heated to between 450º and 500º before being loaded into a container and the billet squeezed through a die orifce using ram pressures of up to 680MPa. The die is supported by a series of back dies and bolsters so that the main press load is transferred to a front platen.
Additional Information:
Product Details:
| Minimum Order Quantity | 10 Kg |
| Thickness | 0.3 mm |
| Country of Origin | Made in India |