Chemically Stable Low-Viscosity High-Heat-Capacity Best Heat Transfer Fluid

Product Details
Customization: Available
Environmental Protection: Yes
Function: Heat Transfer
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  • Chemically Stable Low-Viscosity High-Heat-Capacity Best Heat Transfer Fluid
  • Chemically Stable Low-Viscosity High-Heat-Capacity Best Heat Transfer Fluid
  • Chemically Stable Low-Viscosity High-Heat-Capacity Best Heat Transfer Fluid
  • Chemically Stable Low-Viscosity High-Heat-Capacity Best Heat Transfer Fluid
  • Chemically Stable Low-Viscosity High-Heat-Capacity Best Heat Transfer Fluid
  • Chemically Stable Low-Viscosity High-Heat-Capacity Best Heat Transfer Fluid
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Basic Info.

Model NO.
LM-8
Appearance
Liquid
Transport Package
Support Customization
Specification
Support customization
Trademark
Glacier Coolant
Origin
China
Production Capacity
50000t/Month

Product Description

Chemically Stable Low-Viscosity High-Heat-Capacity Best Heat Transfer Fluid
Product introduction:
LM-8 glacier coolant is composed of modified organic acid salt solution. The main additives of LM-8 glacier coolant include corrosion inhibitor, mould inhibitor, solubilizer, stabilizer, etc.. LM-8 glacier coolant has the advantages of safety, low toxicity, non-volatilization, non-combustible, high specific heat, high thermal conductivity, strong cold carrying capacity and good antirust performance. It has excellent antirust performance for carbon steel, stainless steel, copper and other metals. In the temperature range of - 50 ºC to 100 ºC, it can replace the traditional coolant calcium chloride aqueous solution and be used as coolant.

Chemically Stable Low-Viscosity High-Heat-Capacity Best Heat Transfer Fluid
Main parameters
Product name Glacier Coolant
Product model LM-8
Appearance and
character
Light liquid
pH  7-11
Boiling point (ºC) >110
Flash point (ºC) No flash point
Relative density (H2O=1) 1.334-1.360
Melting point / 
Freezing point (ºC)
≤-50
Solubility Soluble in water
Active ingredient ≥50%
Flammability Nonflammable
Corrosiveness According to the Uniform corrosion test method for metallic materials in laboratory (JB/T 7901-1999), it has no obvious corrosion to carbon steel, stainless steel and copper.
Acute toxicity According to the Acute toxicity classification standard
(GB15193-2003), it belongs to the actual non-toxic level.
Physical risk According to the Code for classification and labelling of chemicals (GB 30000.2-30000.17), this product is not physically dangerous.
According to the Code for classification and labelling of chemicals Part 7: flammable liquids(GB 30000.7-2013), this product does not belong to flammable liquid.
According to the Code for classification and labelling of chemicals Part 17: metal corrosives(GB 30000.17-2013), this product does not belong to metal corrosives.
 
Explosion risk According to the screening procedure of the United Nations Recommendations on the transport of dangerous goods - Manual of tests and standards(Sixth Revised Edition), this product is not an explosive.
Oxidation risk According to the screening procedure of the United Nations Recommendations on the transport of dangerous goods - Manual of tests and standards(Sixth Revised Edition), this product is not an oxidant.
Transport risk According to The road transport rules for dangerous goods Part 2: Classification (JT/T 617.2-2018), this product does not belong to dangerous goods.
Usage method Before use, the system needs to be cleaned, and then LM-8 glacier coolant can be used directly. It is forbidden to mix LM-8 glacier coolant with other coolants. After normal use, the pH value of the LM-8 glacier coolant should be tested every three months. If the pH value is lower than the specified value, please contact us for adjustment in time.
Application fields LM-8 glacier coolant can be used in the cooling system of medicine, chemical industry, food storage, HVAC, blood products, ice and snow sports, beer and beverage, aviation scientific re-search, new energy and other fields.
Chemically Stable Low-Viscosity High-Heat-Capacity Best Heat Transfer Fluid
Chemically Stable Low-Viscosity High-Heat-Capacity Best Heat Transfer Fluid

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