Trident Steels serves the diverse needs of the engineering industry with products such as:
Trident Steels handles a wide variety of metals, such as stainless steels, heat-resistant steels, wear-resistant steels, and so on, to produce top-quality Stainless Steel Investment Castings in all common alloys.
Following are the As-Cast Surface Finishes Produced Using the Trident Steels Casting Process:
|
|
Aluminium alloys |
60-100 |
Copper Alloys |
60-100 |
Gun Metal |
60-100 |
Phosphor Bronze |
60-100 |
Cobalt Chrome |
80-100 |
300 Series Stainless |
90-125 |
Carbon Steel |
90-125 |
400 Series Stainless |
100-125 |
We, at Trident Steels, take pride in our highly qualified, trained and motivated personnel and in our in-built quality control procedures. Together they make our precision investment casting process one of the best in the industry. Furthermore, we are ISO 9001; 2000 compliant and we offer extensive production documentation as well.
Our investment castings are commonly available in the following alloys:
• Carbon Steel: EN8, EN9, EN36, EN 353, SAE 8620, 4140, WCB, WCC, and carbon steel grades containing Chrome, Nickel, Molybdenum, and so on; these include Tool Steels containing Tungsten and Vanadium.
• Stainless Steel: SS304, SS316, SS309, SS310, CF8, CF8M, HK, SS410, SS430, and so on.
• Duplex Stainless Steel: CD4Mcu, 1.4462, 1.4542, 2205, and S32205.
• Precipitation-hardened Stainless Steel: 17–4 PH
• Copper-based Alloy: Gun Metal, Phosphor Bronze, Leaded Tin Bronze, Aluminium Bronze, Manganese Bronze, Nickel Silver (C97600), and so on.
Why Use Trident Steels as Your Investment Castings Manufacturer and Supplier?
Trident Steels’ investment casting products have:
Superior Finish and Unmatched Appearance: We make use of wax and plastic investment castings as molds, to produce high-quality products with a finish and look unmatched by those manufactured using other methods, such as, welded assemblies and sand castings.
Flexibility and Versatility in Design: Since our process works with all the popular metal alloys, you have the freedom to choose from an incredible range of designs, without compromising on the strength and the quality of the finished products.
Furthermore, the range in designs available with this process is far more as compared to those available with die casting, forgings, machined components, brazed or welded assemblies, sand castings, and powered metal.
Cost-Effectiveness and are Energy-Saving: The ‘Near Net-Shape’ feature of our process not only reduces the labor costs involved and the amount of material waste generated, but it also provides engineers finished components from non-machined net shapes or difficult-to-machine alloys. Thus, this process enables material and energy conservation.
Reduced Scrap Rate and Longer Tool Life: We emphasize the use of dimensional precision investment castings, surface finishes, exact material specifications, and part or full elimination of machining and finishing operations. This process reduces scrap rate due to a) higher-integrity and b) closer-to-tolerance parts.
This process also promotes longer tool life in any machine operation due to a lower inclusion of minimal casting defects, design flexibility, and/or the ability to combine two parts into one casting. Tolerance of +/- 0.15 mm per 25 mm is the standard.
