304 410 430 904l Stainless Steel Coil Strip Self Adhesive Precision

Grade 304L Stainless Steel Coils/Strips

What Are Stainless Steel Strips Grades?
Common use stainless steel strips grades are often represented by digital symbols.
There are 200 series, 300 series, and 400 series.
They are expressed in the United States, such as 201, 202, 304, 316, 410, 420, 430, etc.
Chinese stainless steel grades are It is indicated by element symbols plus numbers, such as 1Cr18Ni9Ti, 0Cr18Ni9, 00Cr19Ni10, 1Cr17, 3Cr13, 1Cr17Ni7, etc.
The numbers indicate the corresponding element content.
The stainless steel strips can be divided into normal austenitic grade, ferritic grade, martensitic grade, duplex grade, precipitation hardening grade and super austenitic grade.

304(1.4301)/304L(1.4307)/304H(1.4948) STAINLESS STEEL

Stainless Steel Grade 304 is the standard 18/8 (18% chrome, 8% nickel) austenitic stainless steel. It is a non-magnetic alloy in the annealed condition, however, becomes magnetic as it is cold worked. It is the most ordinarily utilized of all stainless grades. T304 can be effortlessly welded and is the preferred for many deep drawn, spun or formed parts due to its high ductility.

Stainless Steel Grade 304L has oxidation resistance to a maximum temperature of 1650°F (899°C) continuous without considerable scaling. The maximum temperature for intermittent presentation is 1500°F (816°C). Since 304L is an additional low-carbon variety of 304 it can frequently be utilized in the “as-welded” condition (without annealing), even in severe corrosive conditions, except for applications indicating stress relief. 304L has good welding qualities and can be welded by all standard strategy; however, consideration should be paid to maintain a strategic distance from weld “hot cracking”. To relieve stress during severe forming or spinning welding may be followed by annealing.

Stainless Steel Grade 304H includes a high carbon content making the steel more suitable for utilization in applications where high temperatures are available. The benefit of this grade is that it is an austenitic chromium-nickel steel alloy as well as the greater carbon content distribute to increased tensile and yield strength. The material is recommended for utilizing in ASME pressure vessels in working service above 525° C because of the grade's heat resistant properties.

CHEMICAL COMPOSITION

MECHANICAL PROPERTIES

304/304L/304H COMMON APPLICATIONS

• Air Bag Sensors
• Clamps
• Bellows
• Flexible Hoses
• Hinges
• Cryogenic Components
• Surgical Instruments
• Pressure Vessels
• Oil Well Filter Screen
• Hypodermic Needles
• Medical Parts
• Tubing