Chromium Picolinate Suppliers and Manufacturers

430 Annealed Stainless Steel Strip Extra Bright Annealed Soft Temper 430 Stainless Strip Steel is the most popular of all the straight chrome stainless steels Its principal use is for decorative purposes Because of its excellent heat and corrosion resistant properties its ductility and because it costs less than the chromenickel grades this Type 430 Stainless Steel Strip is used in countless applications These uses are primarily for stainless and decorative purposes including household appliances metal molding metal trim cabinet hardware hinges drawn and formed parts and stampings Type 430 Ferritic Stainless Steel Strip Characterisings Corrosion and heat resistant Ductility at about 75 of low carbon strip Similar to chromium grades with stretcher strains Roping can result from excessive stretching Able to weld for nonrigorous service Magnetic in all conditions Tensile strength annealed condition minimum of 65000 PSI yield of 30000 PSI elongation at 22

The properties of stainless steel are corrosion resistance, high ductility, attractive appearance and low maintenance. Stainless steel contains chromium which provides the properties of corrosion resistance at high temperatures. Stainless steel can withstand corrosive or chemical environments due to its smooth surface. Stainless steel products are safe for long-term use with excellent resistance of corrosion fatigue. Product Specification and Steel Grade ASTM JIS AISI EN Mill\'s Standard S30100 SUS301 301 1.4310 S30400 SUS304 304 1.4301 S30403 - 304L 1.4307 S31008 SUS310S 310S 1.4845 S31603 - 316L 1.4404 201 S32100 SUS321 321 1.4541 202 S41008 SUS410S 410S - 204Cu3 S43000 SUS430 430 1.4016 S43932 - - 1.4510 S44400 SUS444 444 1.4521 S44500 SUS430J1L - - Other specifications are also available up to request Hot Rolled Strip Available Size Width: 16.0~609.6 mm Thickness: 2.5~10.0 mm Available Steel Grade: 304, 304L, 316L Surface Finish: No.1 Cold Rolled Strip Available Size Width: 4.0~609.6 mm Thickness: 0.1~3.0 mm Available Steel Grade: 201, 202, 204 Cu3, 301, 304, 304L, 310S, 316L, 321, 409L, 410S, 420J2, 430, 439, 441, 444, 445 Surface Finish: 2B, 2D, BA, No.3, No.4, No.5, SB, HL Tolerance of Width W < 100 mm 100 mm �?�?�?�¢?�?�?�?�¦ W < 1000 mm �?�??�?�?�?�± 0.10 mm �?�??�?�?�?�± 0.25 mm Chemical Composition & Mechanical Property : Steel Grade Ni% Max. Cr% Max. C% Max. Si% Max. SUS301 6.0~8.0 16.0~18.0 0.15 1 SUS304 8.0~10.5 18.0~20.0 0.08 1 SUS304L 9.0~13.0 18.0~20.0 0.03 1 SUS310S 19.0~22.0 24.0~26.0 0.08 1.5 SUS316L 12.0~15.0 16.0~18.0 0.03 1 SUS321 9.0~13.0 17.0~19.0 0.08 1 SUH409L 0.6 10.5~11.75 0.03 1 SUS410S 0.6 11.5~13.5 0.08 1 US420J2 0.6 12.0~14.0 0.08 1 SUS430 0.6 16.0~18.0 0.12 0.75 Mechanical Property (For Reference) Steel Grade N/mm 2 MIN. Tensile Stress N/mm 2 MIN. Proof Stress % MIN. Elongation HRB MAX. Hardness SUS301 520 205 40 95 SUS304 520 205 40 90 SUS304L 480 175 40 90 SUS310S 520 205 40 90 SUS316L 480 175 40 90 SUS321 520 205 40 90 SUH409L 360 175 25 80 SUS410S 410 205 20 88 SUS420J2 540 225 18 99 SUS430 420 205 22 88

Himalayan salt is mined from the Salt Range mountains, the southern edge of a fold-and-thrust belt that underlies the Pothohar Plateau south of the Himalayas in Pakistan. Himalayan salt comes from a thick layer of Ediacaran to early Cambrian evaporites of the Salt Range Formation. This geological formation consists of crystalline halite intercalated with potash salts, overlain by gypsiferous marl and inter-layered with beds of gypsum and dolomite with infrequent seams of oil shale that accumulated between 600 and 540 million years ago. These strata and the overlying Cambrian to Eocene sedimentary rocks were thrust southward over younger sedimentary rocks, and eroded to create the Salt Range. The salt, which often has a pinkish tint due to trace minerals, is primarily used as a food additive to replace refined table salt but is also used for cooking and food presentation, decorative lamps and spa treatments. Himalayan salt is a table salt. Analysis of a range of Khewra salt samples showed them to be between 96% and 99% sodium chloride, with trace presence of calcium, iron, zinc, chromium, magnesium, and sulphate, all at varying safe levels below 1%. MOQ 5MT Supplied from Pakistan.  

Himalayan salt is mined from the Salt Range mountains, the southern edge of a fold-and-thrust belt that underlies the Pothohar Plateau south of the Himalayas in Pakistan. Himalayan salt comes from a thick layer of Ediacaran to early Cambrian evaporites of the Salt Range Formation. This geological formation consists of crystalline halite intercalated with potash salts, overlain by gypsiferous marl and inter-layered with beds of gypsum and dolomite with infrequent seams of oil shale that accumulated between 600 and 540 million years ago. These strata and the overlying Cambrian to Eocene sedimentary rocks were thrust southward over younger sedimentary rocks, and eroded to create the Salt Range. The salt, which often has a pinkish tint due to trace minerals, is primarily used as a food additive to replace refined table salt but is also used for cooking and food presentation, decorative lamps and spa treatments. Himalayan salt is a table salt. Analysis of a range of Khewra salt samples showed them to be between 96% and 99% sodium chloride, with trace presence of calcium, iron, zinc, chromium, magnesium, and sulphate, all at varying safe levels below 1%. MOQ 5MT Supplied from Pakistan.  

Hematite is an iron ore that contains iron in the form of Fe 2 O 3. It is a significant source of iron extraction. Hematite is a mineral that is paramagnetic. As a result, it can be drawn to an external magnetic field. It is an iron oxide with a chemical composition of Fe 2 O 3. It is a common rock-forming mineral found in sedimentary, metamorphic, and igneous rocks at locations throughout the world. Hematite is the most important ore of iron. Hematite is a heavy and usually hard oxide mineral that constitutes the most important iron ore123. It has a chemical formula Fe2O3, indicating that it consists of two iron (Fe) atoms bonded to three oxygen (O) atoms4. Hematite has a high iron content and is one of the most abundant iron ores found on Earth43. It is often found in sedimentary, metamorphic, and igneous rocks4. Hematite is mined in some of the largest mines in the world3. Hematite ore has naturally high iron content suitable for steelmaking5. Features Of Iron Ore: Iron ore is the main raw material that is used in the manufacturing of steel. 97% of the mined iron ore goes in the steel production. Nigeria has rich deposits of Iron Ore and is among the top 8 exporter of iron ore in the world. Please find below our IRON ORE SPECIFICATIONS 1. HAEMATITE IRON ORE SITE 1 - Reserve Estimate : 26,553,534.835 Metric Tons - Iron Content: 70% - S.G: 4.05 2. HAEMATITE IRON ORE SITE 2 - Reserve Estimate : 29,433,844.835 Metric Tons - Iron Content: 72% - S.G: 4.2 3. MAGNETITE IRON ORE Reserve Estimate : 243,838.14 Metric Tonnes - Iron Content: 60.8% - S.G: 5.0 Metal analysis of 6.885 Iron Ore QUALITY TEST: Analysis was done using AAS & XRF-ANALYZER and the ELEMENTAL Compositions of the sample(s) are reported below: CERTIFICATE OF ANALYSIS SAMPLE ID IRON ORE SPECIFIC GRAVITY (SG) PARAMETERS Weight % 5.00 TiO2 0.746 Fe2O3 60.885 As2O4