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316L stainless steel plate is a vital corrosion-resistant material
in the chemical and industrial manufacturing industries. Its
superior corrosion resistance and excellent welding performance are
deeply favored by chemical and industrial manufacturing.
Material characteristics:
Excellent corrosion resistance: It can resist the erosion of
various strong acids, strong alkalis, salt solutions and organic
chemicals, and maintain stable performance in complex chemical
environments.
Low carbon content:
It reduces the precipitation of carbides and enhances the ability
to resist intergranular corrosion, ensuring that there will be no
material failure caused by intergranular corrosion in long-term
use.
Performance advantages:
High temperature resistance: It can work normally at higher
temperatures and adapt to high temperature conditions that may
occur in chemical production.
Good mechanical properties: It has high strength and hardness and can withstand the pressure and impact during the operation of chemical equipment.
Chemical storage tanks and containers: used to store various
chemical raw materials and finished products to ensure the purity
and safety of materials.
Heat exchangers: during the heat exchange process, they can
effectively resist corrosion and high temperature, improve heat
exchange efficiency and equipment life.
In chemical plants that produce strong acids, storage tanks made of
316L stainless steel plates can store strong acids stably for a
long time without serious corrosion and leakage problems.
In chemical pipeline systems, 316L stainless steel plates can
ensure that pipelines maintain good sealing and structural
integrity when transporting corrosive media for a long time.
With its excellent corrosion resistance, high temperature
resistance and mechanical properties, 316L stainless steel plates
provide reliable guarantees for safe production and efficient
operation in the chemical industry
Classification by organizational structure:
Austenitic stainless steel plates: have good corrosion resistance,
plasticity and toughness, non-magnetic or weak magnetism. For
example, 304 and 316 series stainless steel plates.
Ferritic stainless steel plates: have magnetism, good corrosion
resistance, and better oxidation resistance than austenitic
stainless steel. For example, 430 stainless steel plates.
Martensitic stainless steel plates: have high strength and
hardness, but relatively poor corrosion resistance. Common ones are
410 and 420 stainless steel plates.
Classification by surface characteristics:
2B stainless steel plates: after cold rolling, heat treatment and
pickling, the surface is darker silver-white.
BA stainless steel plates: have high surface brightness, and have
good surface gloss after bright annealing.
8K stainless steel plates: after grinding and polishing, the
surface is as bright as a mirror.
Frosted stainless steel plates: the surface has a frosted texture,
which increases friction and aesthetics.
Classification by thickness:
Thin plates: the thickness is usually between 0.2 - 4mm.
Medium plate: The thickness is generally around 4 - 20mm.
Thick plate: The thickness is greater than 20mm.
Classification by use:
Stainless steel plates for architectural decoration: used for
building facades, interior decoration, etc.
Industrial stainless steel plates: such as chemical equipment,
pressure vessels, machinery manufacturing and other fields.
Stainless steel plates for kitchenware: used to make kitchenware.
For example, in architectural decoration, 8K stainless steel plates
with good appearance are often used as decorative materials; while
in the manufacture of pressure vessels in the chemical industry,
316 stainless steel medium and thick plates with strong corrosion
resistance are mostly used.