Manufacturer of widespread range 304h stainless steel bolts, 304h stainless-steel bolts available at competitive price

Well-known for 304h stainless-steel bolts, manufacturer and supplier of the most qualitative range of 304h stainless-steel bolts

Grand Metal Corporation is acknowledged as manufacturer, exporter & providers of 304h stainless-steel bolts, to be had in a variety or grades, substances, and finishes, in metric and inch sizes. Complete line fastener distributor that specialize in commercial products for corporations involved in equipment production, mining, oil refineries, chemical manufacturing, metal and aluminium manufacturing, utilities and transportation, and industrial production.

Stainless-steel fasteners are used significantly during enterprise for both original gadget manufacture in addition to for replacement. The stainless steel fastener materials are recognized as the b8 magnificence of alloys and are identified inside the astm specification a193/193m (widespread specification for alloy steel and stainless-steel bolting substances for high temperature carrier). The corresponding nut specification is astm specification a194/194m.

incorporates a spread of 304h stainless steel bolts from carbon metallic, stainless steel and excessive nickel alloy -f467 nicu 400 (monel) and business 18-8/304, 316 chrome steel. We supply 304h stainless steel bolts at very competitive price.

Range of Stainless Steel Fasteners product 304H Stainless Steel Bolts, Hexagon head bolt, Hexagon head screw, Round head square neck bolt, Hexagon socket head cap screw in full thread and half thread, Hexagon wood screw, Hexagon socket button head screw, Hexagon socket button flange screw, Hexagon socket counter sunk head cap screw in full thread and half thread, square nuts, square weld nuts, hexagon weld nuts, thick nyloc nuts, hexagon flange nuts, threaded rods, dowel screws and many more. These products are availed as per Indian and international standards.

Alloy 304/304h
Maximum broadly used austenitic stainless steel changed with a managed carbon chemistry for expanded energy to 1500°f (816°c)
Alloy 304/304h (u.S.A.S30400/ s30409) is a modification of the most extensively utilized "18-8" chromium-nickel austenitic stainless steel.

Corrosion resistance
Alloy 304/304h has right resistance to atmospheric corrosion, ingredients and beverages and to many organic and inorganic chemical substances in reasonably oxidizing to fairly decreasing environments. The excessive chromium content of the alloy offers resistance to oxidizing solutions together with nitric acid up to fifty five% weight and up to 176°f (80°c).

Alloy 304/304h also resists reasonably aggressive natural acids such as acetic. The nickel gift inside the alloy gives resistance to fairly decreasing answers which include pure phosphoric acid, whatever the attention, in cold solutions and up to 10% diluted warm answers. The alloy also can function correctly in caustic solutions free of chlorides or fluorides at slight temperatures.

Alloy 304/304h does now not carry out well in extra fairly decreasing environments inclusive of those containing chlorides and sulfuric acid. Alloy 304/304h performs well in clean water provider with low tiers of chlorides (much less than 100ppm). At better chloride levels the grade is susceptible to crevice corrosion and pitting. For a success overall performance below these extra intense conditions, better molybdenum content is want including 316/316l. Alloy 304/304h is not encouraged for service in marine environments.

Fabrication information
Alloy 304/304h may be without difficulty welded and processed with the aid of preferred store fabrication practices.

Welding
Alloy 304/304h can be readily welded through maximum standard processes. After welding alloy 304/304h it is able to be vital to anneal the plate to restore the corrosion resistance lost with the aid of sensitization to intergranular corrosion while chromium carbides precipitate inside the grain limitations in the weld warmth-affected zone.

Machining
Alloy 304/304h is challenge to work hardening all through deformation and is subject to chip breaking. The quality machining outcomes are completed with slower speeds, heavier feeds, outstanding lubrication, sharp tooling and effective inflexible equipment.

Hot forming
Running temperatures of 1652–2102°f (750–1150°c) are recommended for maximum warm running techniques. For max corrosion resistance, the fabric have to be annealed at 1900°f (1038°c) minimal and water quenched or unexpectedly cooled by way of different manner after hot operating.