Low Temperature Suit
In high-risk industries, the protection against extreme cold conditions is very important. Low Temperature Suits provide the best protection from extreme cold. We are leading manufacturer of
Best Low Temperature coveralls in India, we tailor this protective gear which provides the shield to wearers whether dealing with industrial freezers, cryogenic conditions, or other low-temperature settings, these suits provide the necessary protection to ensure safety and comfort. Low Temp suit complete fit contains-body suit (Cover neck to bottom), hood and gloves.
Low Temperature Suits for LPG handling provide essential protection, ensuring safety and insulation against extreme cold while working with liquefied petroleum gas. Low Temperature coveralls in India Price varies on size of the coverall.
What is a Low Temperature Suit?
Low Temperature suits are mainly designed to maintain the body's warmth
and protect against the hazards of extreme cold in the temperatures ranging
from -120 °C to 190 °C. At these extreme temperatures, gases like nitrogen
become liquids. Direct contact with cryogenic liquids can cause severe
frostbite and tissue damage. These suits provide thermal insulation and
protect from direct contact with cryogenic liquids like Liquid Nitrogen.
Low Temperature is introduced to handle cryogenic materials safely. Earlier these suits were manufactured too heavy and very limited. In today's time this coverall comes in light weight and very protective. Earlier the suits were designed very bulky and limited but now the Low Temperature Suits come in lightweight and highly protective. If you are looking for Low Temperature Coveralls in India online, you should see the specification of Low temperature suit.
As a best Low Temperature Suit Supplier in India, we supply this suit in various industries like Medical or hospital laboratories, pharmaceuticals research, ice cold, food industry, blood banks to work with extremely low temperatures.
Technical Specification For Low Temperature Suit
| Outer layer | Made of woven polyamide and has a waterproof coating to withstand condensation on cold surfaces. Composite materials with exceptional resistance: These materials are coated on a unique cloth for protection against the liquid nitrogen and other cryogenic materials. |
| Middle layer | Special Polyolefin/Polyester Micro Fibre |
| Inner layer | Polyester for comfortable wear. |
| Anti-Temperature | -120 °C to -190 °C |
| Size | S, M, L, XL |
| Kit Contains | Body Suit, Hood, Cryogenic Gloves |
Application of Low Temperature Suit
•Medical and Hospital Laboratories: Low Temperature suits protect from sudden splashes and exposure to extremely low temperatures when handling liquid nitrogen.
• Pharmaceutical Research: While performing experiments and drug development processes, low temp suits ensure the safety of researchers.
• Ice Cold Food Industry: Low Temperature suit protects those who are involved in the storage and handling of frozen goods.
• Blood Banks: To protect staff handling cryo-preserved blood and biological samples.
• Industrial Applications: Low temperature suits protect workers from the dangers of handling liquefied gases.
• Dipping into Liquid Nitrogen: When tasks involve direct interaction with liquid nitrogen, low temperature suit can be useful in such industrial processes.
How to Choose the Right Low Temperature Suit
• Make sure that the suit is made from high-quality woven polyamide.
Composite materials with exceptional resistance: These materials are
coated on a unique cloth for protection against the liquid nitrogen and
other cryogenic materials.
• To move and work properly, good Fit is important. Always verify that the
suit meets industry standards and certifications for safety.
Maintenance and Care of Low Temperature Suit
• Always follow user instructions provided by the manufacturer to ensure
the suit remains in good condition.
• Keep it in indirect sunlight, in a cool, dry place. Don't try to use harsh
chemicals. Inspect suit regularly to check any type of damage.
Certification
• EN 511 • EN 388 • EN ISO 13688:2013