Glycol Heat Transfer Fluid

Ethylene Glycol Heat Transfer Fluid and Antifreeze (-60°F to 350°F) Ethylene Glycol products offered by Dynalene can be used in various applications. We offer products for the temperature range -60°F to 350°F with pH stability and superior corrosion protection for steel, copper, brass and other metals.

Glycol heat transfer fluid. Heat transfer fluid is dyed fluorescent pink for leak detection. Solutions in water provide freeze protection to below -60 degrees F and burst protection to -100 degrees F. Suitable applications: closed loop, water-based haul, process heating and cooling, food industry applications within temperature range. -60 degrees Glycol is prized as a heat transfer fluid because it can operate at a wide range of temperatures and can be mixed with water. The boiling and freezing points of glycol mixtures are a function of the relative amounts of glycol and water in the mixture. ThermalCool® is the ethylene glycol based heat transfer fluid manufactured by Thermal Fluids and is widely used in closed-loop heating and cooling systems where there is no possibility of incidental contact with humans, food, or beverage products. ThermalCool® is manufactured with virgin ethylene glycol and new, high quality corrosion inhibitors. Te mper is an environmentally adapted heat transfer fluid which fulfils high environmental requirements. Temper is readily biodegradble. This means that 97% of the Temper fluid will be consumed after 7 days. Compared to glycols, where only 70-85% is consumed after 28 days.

Heavy Duty Inhibited Propylene Glycol-based Heat Transfer Fluid . SAFE-T-THERM® HD fluid is a heavy duty formula designed for use in hydronic systems for freeze and corrosion protection. SAFE-T-THERM® HD is designed to extend fluid life where service temperatures are higher and the likelihood of thermal degradation is greater. Effective heat transfer is crucial for both low-temperature and high-temperature applications. That’s why companies choose Susterra® propanediol, the higher-performing, 100% plant-based glycol, as the primary ingredient in their heat-transfer fluids. Heat Transfer Fluid Heat Transfer Fluid aid in leak detection. It has an Composition (% by weight) Ethylene Glycol 95.4 92.4 Inhibitors & Water 4.6 7.6 Color Fluorescent Pink Fluorescent Orange Specific Gravity (at 60/60°F) 1.122 — 1.132(-73°C). 1.133 — 1.143 pH of Solution (50% glycol) 9.0 — 10.5 8.5 — 9.0 We produce a range of inhibited glycol coolant-based heat transfer fluids which are used across heating, cooling, including Ground Source Heat Pumps and many other industrial applications. And our products also offer protection to the ground, air and water source heat pumps, green technology, and HVAC Systems, as well as providing comprehensive antifreeze and corrosion protection.

Ethylene glycol is also commonly used in chilled-water air-conditioning systems that either place the chiller or air handlers outside or must cool below the freezing temperature of water. In geothermal heating/cooling systems, ethylene glycol is the fluid that transports heat through the use of a geothermal heat pump. Heat transfer systems use either thermal oil, water or water/glycol as the heat transfer fluid depending on the outflow temperature. They are electrically heated and produce a controlled liquid flow. Heating and cooling systems from the line of heat transfer systems always consist of the electrical heating module and maximum one additional heat. Heat Transfer Fluids (HTFs) are used in industrial heating systems. They provide both heat dissipation at high temperatures to avoid systems failure as well as maintaining consistent temperatures in closed systems. These fluids are recommended for use in cold-oil sealed, closed, and open indirect heating systems and cooling systems. A propylene glycol-based heat transfer fluid for use in a wide range of applications, including HVAC, ground source heat pumps, and solar panels. Low acute toxicity makes this especially suitable for applications where toxicity is a concern.

General Name: Pre-Inhibited Propylene Glycol based Heat Transfer Fluid – Orange Color. Product Description:. Orange colored Inhibited Propylene Glycol is used as an industrial coolant, antifreeze heat transfer agent.The inhibitor package is designed to protect brass, copper, solder, steel, cast iron, aluminum and other metals commonly found in the industrial cooling and heating systems. The following are some of the most commonly used heat-transfer fluids and their properties. Consult a solar heating professional or the local authority having jurisdiction to determine the requirements for heat transfer fluid in solar water heating systems in your area. Air Air will not freeze or boil, and is non-corrosive. The KOSTChill line of gycol based heat transfer fluids are engineered with virgin glycols, along with additive systems that have been tested and approved. Depending on your application, we can provide Ethylene Glycol (EG), Propylene Gycol (PG), Di-Ethylene Glycol (DEG), Tri-ethylene Glycol (TEG) and NSF rated HT-1 Food Grade Products. Use these fluids in heat exchangers and liquid chillers. Silicone fluid is for use in open (vented) systems. Ethylene glycol and propylene glycol fluids are for use in closed (nonvented) systems. Propylene glycol is safer to handle than ethylene glycol.

heat transfer efficiency and better overall low temperature properties. At the same concentration in water, solutions of EG based fluids are less viscous and have lower freezing points than their propylene glycol based counterparts, thus offering lower minimum operating temperatures. The decision on which type of glycol to use, is based on For many heat-transfer applications it is necessary to use a heat-transfer fluid with lower freezing point than water. The most common antifreeze fluid - ethylene glycol - must not be used where there is a chance of leakage to potable water or food processing systems. In food processing systems the common heat-transfer fluid is based on propylene glycol. Ethylene Glycol based water solutions are common in heat-transfer applications where the temperature in the heat transfer fluid can be below 32 o F (0 o C).Ethylene glycol is also commonly used in heating applications that temporarily may not be operated (cold) in surroundings with freezing conditions - such as cars and machines with water cooled engines. Thermal stability of the glycol fluids is an indicator of how durable the heat transfer fluid is. Thermal stability comes into play at higher temperatures - usually near the upper temperature limits of glycols, around 220°F (104°C).

The company routinely develops new heat transfer fluid formulations through its strong R&D program. Dynalene’s line of heat transfer fluids includes high performing glycol-based coolants such as Propylene Glycol , Ethylene Glycol , BioGlycol , Solar Glycol , and liquids manufactured involving innovative and proprietary chemistries such as.