(1) Grade 301 Good ductility, used for molded products. It can also be hardened by mechanical processing. Good weldability. Wear resistance and fatigue strength are better than grade 304 stainless steel, used in products such as springs, steel structures, wheel covers.
(2) Grade 302:The corrosion resistance is the same as grade 304, and the strength is better due to the relatively high carbon content.
(3) Grade 303:It is easier to cut than grade 304 by adding a small amount of sulfur and phosphorus.
(4) Grade 304: It is a stainless steel that is non-magnetic and cannot be changed by heat treatment. The standard composition is 18 % chromium plus 8 % nickel. Used in products such as: corrosion-resistant containers, tableware, furniture, railings, medical equipment, some mobile phone frames.
(5) Grade 304L:It has the same characteristics as grade 304, but with low carbon, it is more resistant to corrosion and easy to heat treatment, but has poor mechanical properties. It is suitable for welding and products that are not easy to heat treatment.
(6) Grade 304N:With the same characteristics as grade 304, it is a nitrogen-containing stainless steel. Nitrogen is added to increase the strength of the steel.
(7) Grade 309:Better temperature resistance than grade 304.
(8) Grade 309S:With a large amount of chromium and nickel, it has good heat resistance and oxidation resistance, and is used in products such as heat exchangers, boiler components, and jet engines.
(9) Grade 310S:Contains the most chromium and nickel, so it has the best heat resistance and oxidation resistance. It is used in products such as heat exchangers, boiler components, and electrical equipment.
(10) Grade 316: After grade 304, the second most widely used steel grade, mainly used in the food industry and surgical equipment, the addition of molybdenum gives it a special structure that is resistant to corrosion. Because of its better resistance to chloride corrosion than grade 304, it is also used as "marine steel". SS316 is usually used in nuclear fuel recovery units. Grade 18/10 stainless steels generally also meet this application level. Especially used in chemical, seaside and other corrosive environments, ship assembly, building materials.
(11) Grade 316 L: Low carbon, so it is more resistant to corrosion and easy to heat treatment. It is used in products such as chemical processing equipment, nuclear power generators, and refrigerant storage tanks.
(12) Grade 321:Similar to grade 304, except that the risk of corrosion of the material weld is reduced due to the addition of titanium elements, suitable for welding. Used in products such as brewing equipment, steam pipes, aerospace parts.
(13) Grade 347 The stabilizing element niobium is added and is mainly used for welded parts used at high temperatures.
Garment Bags
Garment bags also known as dry cleaner bags are plastic bags used to keep your ironed clothes safe and wrinkle-free. These bags can be hung on a hanger in your wardrobe. They are commonly used for safeguarding expensive clothes such as suits, party wear, and so on. These clear plastic poly garment bags are routinely used in laundries.
Bags available in PP, LD and BOPP.
Custom printing possible with minimum order quantity.
Ideal for packing finish products.
Adhesive very good and long life.
531868 Industrial And Automotive Suppliers
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We are manufacturer and Exporter of Forged Equal Tee, We Manufacture Equal Tee as per DIN 2353 and ISO 8434, we also Manufacture Customized Equal Tee as per customer requirement.
Specifications Of Railways R50 / R65 :
Second Quality Railway Used Rail
Steel No . 1. Standard Section Tee Rails , Original Weight 50 Pounds Per Yard , Over Heavier , Rails .
Steel No . 2. Cropped Rail Ends , Standard Section , Original Weight 50 Pound Per Yard And Over 12.50 Meters Long .
Ya ) B ) ( 28c ) Rail - Steel No.2 T - Rail Ends Standard Section - Original Weight 50 Pounds Per Yard And Over 12.50 Pounds Per Yard And Over - Rail ,
Steel No.3 , Standard Section Fee , Gender , And / Or Guard Rails , Free From Frog And Switch Rails Not Cut Apart , And Contain No Manganese , Cast , Welds Or Attachment Any Kind Except Angle Bars Also Rails , Not Found And Without Radiation And Explosive Substance ...
( 1.00 - 1.50-2.00-2.50-2.80 Meter )
( R 50 / R65 ) Chemical Composition Shall Be According To
R65 Gost 8165.75 Weight 64.72 Kg / Meter
C = 0.54 % _0.82 %
Si = 0.18_0.40 %
Mn = 0.60 1.05 %
S = 0.04 % _max
P = 0.035 % As - 0.01 Mix Of Mass Share.
R50 Gost 7173.75 Weight 51.67 Kg / Meter
C = 0.54 % 0.82 %
Si = 0.18 0.40 %
Mn = 0.60 1.05 %
S = 0.04 % Max
P = 0.035 % As -0.01 Mix Of Mass Share
EPM A2, B1 & Non-FR.
At EPM's purpose-built high speed production line using the most advanced technology in the industry and covering an area of more than 50,000 square meters, our multi-million dollar state-of-the-art facility has an annual capacity to produce in excess of 60 million square meters(600 Million Square Feet) of Aluminium Composite Panels using the very best raw materials from internationally renowned suppliers.
EPM A2 ACP
EPM's A2 Fire-Retardant ACP core consists of well-balanced combination of combustible (LDPE) and non-combustible (Mg (OH)2) in the core, will prove resistance to fire thereby delaying combustion, and declining further spread.
Where an A2 SCP core should be 90% of non-combustible proportion with 10% balanced mix of LDPE and other supplements.
EPM FR-B1 ACP
EPM's FR-B1 is composed of a modified mineral-based core which consists of non-combustible mineral (Magnesium Hydroxide) and small quantity of low-density polyethylene with a composition of 73% of mineral plus 25% of LDPE and 2% of other additives sandwiched in two aluminum skins.
EPM NON-FR ACP
EPM's Non-Fire Retardant ACP core is made up of 100% LDPE, Low-density polyethylene (Linear or Recycled) which is a plastic based core, a petroleum by-product and of course 100% combustible and contribute to increase the intensity of fire propagation when they burn and changes a small fire to a big disaster.
EPM ACP SPECIFICATIONS
Panel Measurements
Length 2440mm, 3200mm,
3600mm, up to 6000mm
Panel Thickness 3mm, 4mm, 5mm, 6mm
Aluminum Skin Thickness 5mm, 0.4mm, 0.3mm
Weight 3mm=4.5kg/m2: 4mm=5.5kg/m2
6mm=7.3kg/m2 (Polyethylene Core)
3mm=5.8kg/m2: 4mm=7.6kg/m2
6mm=10kg/m2 (Modified Mineral Core)
Non transferable LC price will be based on the stock and location.
No samples . No photo videos without LC , we need real buyers . come with only with Buyers loi on buyers letter head . we dont want to work with time wasting elements.
We are the leading manufacturers of Aluminum Profile. The only reason we make a greenhouse structure is to cover it. We need to make sure to use the profile that does not damage the plastic and also does not allow the spring to jump out of profile. Choice of right alloys is very important when it comes to material for locking profiles.
Additional Information:
Total running meter per bundle is 384 running meter
Cut Length per piece 4 meters
Standard Packing in 96 pics in a bundle
Specifications:
Clean Grade A (99.9% to 99.99%) scrap copper wire.
The copper wire consists of clean (free of any insulation), untinned, uncoated, unalloyed copper wire, free of hair wire, brittle burnt wire, and excessive oils minimum.
Waste identification code B1010 - Basel Convention, Annex IX
Chemical analysis: Copper content of 99.9% - 99.99% remelt recovery rate.
Technical Specifications:
Quality Cooper (Cu) 99.97% purity, minimum
B (%) < 0.05
Tensile Strenght > 205 RM (N/mm2)
Yield Strenght < 10%
Cleanliness (g/m2) < 0.025
Wire diameter 0.15mm; 0.25mm; 0.50mm. or more, < 5mm.
Excluding Ag & Oxygen
Chemical Composition:
Element: (%)
Copper 99.90% min
Lead: 0.005% Max
Bismuth: 0.03% Max
Carbon: 0.03% Max
Iron: 0.005% Max
Zinc: 0.003%
Cobalt: <0.001%
Phosphorus: <0.01%
Sulphur: <0.01%
Total impurities: 0.03% Max
Excluding Ag & Oxygen
Standard confirming to: (11000(ETP) content 99.90%)
