Glycol Transfer Pumps

Description: typically with more than 35% water content (also known as glycol solutions, polyalkylene glycol solutions or water glycols); HFDR – synthetic anhydrous fluids composed of phosphate esters; and HFDU – synthetic anhydrous fluids other than phosphate esters. Examples include polyol

• Maximum Discharge Flow: 2.772 to 13.8864 GPM
• Maximum Discharge Pressure: 725.1885 psi
• Pump Type: Gear Pumps, Hydraulic Pumps, Positive Displacement Pumps
• Power Source: Hydraulic

Description: INTERCOOL BIOGREEN is a fully inhibited heat transfer fluid formulated from USDA certified glycol (1, 3-propanediol, CASNR 504-63-2) for freeze point depression as well as single fluid heating and cooling applications. Industrial Inhibitors Intercool Biogreen contains industrial

Description: SANDPIPER's Air Operated Double Diaphragm pumps are ideal for the Oil & Gas market, specifically in the applications listed below. Lube Oil Transfer Glycol Recirculation / Heat Trace Flare Knockout Glycol Transfer / Water Make-Up Sump / General Transfer Tank

• Maximum Discharge Flow: 260 GPM
• Maximum Discharge Pressure: 666.6243643 psi
• Discharge Size: 0.5 to 3 inch
• Power Source: Air / Pneumatic

Description: Welded Steel Construction Long Life 0.475 in. (12.1 mm) dia. Copper Sheath Heating Elements High Temperature Centrifugal Pump - rated to 300°F (150°C) Electronic Digital Temperature and Process Control Discharge Pressure Gauge Chromalox MWS - Mid-Size Water/Glycol System - is

• Operating Temperature: 300 F
• Media Flow Rate: 60 to 200 GPM
• Discharge Pressure: 100 psi
• Heater Capacity: 50 to 800 kW

Description: The WG series of heat transfer systems is designed for closed loop temperature control of water or water/glycol mixtures. The WG250 is a completely packaged system designed for a maximum operating temperature of 250°F. WG series standard components include an electric heater,

• Operating Temperature: 250 F
• Media Flow Rate: 150 GPM
• Expansion Tank Capacity: 40 gallons
• Heater Capacity: 360 kW

Description: Scavenge Hydraulic Power & Transfer Potable Water Fuel Metering, Transfer & Boost Ground Turbine Our Electronic Centrifugal cooling pumps are designed using high performance/low weight "wet motors" or submersible designs where the cooling medium (dielectric or conductive) is

• Maximum Discharge Flow: 0.85 to 10 GPM
• Maximum Discharge Pressure: 38 to 120 psi
• Media Temperature: -40 to 185 F
• Power Source: AC Powered

Description: HEAT WM and RM Heat Transfer Systems’ pumps and any system’s pump that requires 30,000 BTU’s per hour or less water cooling on the pump’s mechanical seal. Maximum coolant temperature is 250° F. The cooling system contains a liquid reservoir, air to liquid heat exchanger

• Media Flow Rate: 5 GPM
• Cooling Capacity: 29,999.999999999996 BTU/hr
• Connection Size: 0.5 inch
• Power Source: 115 / 60 / 1

Description: your transfer fluid. PHCo's system will provide automatically controlled, even temperature transfer fluid for industrial process equipment such as jacketed lines, pug mills, weigh buckets, jacketed pumps, industrial dryers, production platens, and many other industrial and

• Operating Temperature: 125 to 600 F
• Media Flow Rate: 120 GPM
• Discharge Pressure: 58 psi
• Expansion Tank Capacity: 150 gallons

Description: Processing: pump finely ground materials and ones requiring extreme consistency (spices, sugar, chocolate, sauces, oils) Meat: packaging and processing involving transfer of abrasive material such as blood and rendering waste Beverage: applications from beverage additives, wine

• Maximum Discharge Flow: 0 to 106 GPM
• Maximum Discharge Pressure: 125 psi
• Discharge Size: 2 inch
• Pump Type: Sanitary Pumps

Description: systems can be used with a variety of fluids, including water, glycol, oils and other cooling mediums. We can also work with any combination of fluids, pressures, flow rates, and non-ferrous requirements. The Cleanloop system insures that dirty cooling tower water will never contaminate the

Description: Microchannel heat exchangers are taken as a great area of research interest for their elevated heat transfer characteristics, higher heating surface area to volume ratio, smaller size, lighter weight, lower fluid inventory and energy efficiency compared to conventional heat exchangers with

Description: Chevron HTF P-150 is an inhibited propylene glycol used as a heavy duty industrial coolant and heat transfer agent. The inhibitor system is designed to protect brass, copper, solder, steel, cast iron, aluminum, and other metals commonly found in industrial cooling and heating systems.

• Applications: Automotive / Transportation, Combustion Engines, Compressors / Piston Pumps, Process Equipment
• Type / Function: Circulating Coolant (Anti-freeze / Secondary Refrigerant), Heat Transfer Fluid
• Features: Low / Non-foaming, Synthetic / Semi-synthetic
• Composition / Chemistry: Polyglycol / Water-Glycol

Description: Water-based, polyethylene glycol, anti-weld spatter liquid surface treatment that stays wet after application. LOCTITE® SF 7909 is a translucent, water-based, polyethylene glycol, anti-weld spatter liquid surface treatment that stays wet after application. This product is applied by

• Form: Aerosol, Liquid, Transfer Tape
• Substrate: Metal
• Industry: OEM / Industrial

Description: Satellite or secondary pumping heat transfer systems are designed for recirculating sub-loop temperature control to independent users by utilizing heat from a central heat transfer system. The central system can be an existing or a new system from HEAT, Inc. Most centralized heat

• Operating Temperature: 750 F
• Type of Connection: 150 lb. Flange, 300 lb. Flange
• Area Classification: Class 1 Division 1, Class 1 Division 2, Nonhazardous
• Other Features: Emergency Alarms, Insulated Pipes, Skid Mounted

Description: oil formulated products. • Heat transfer properties superior to conventional lubricants provide lower operating temperatures

• Functions: Compressors / Piston Pumps
• Type: Fluid / Oil
• Features: Lubricant
• Composition / Chemistry: Polyglycol / Water-Glycol, Synthetic / Semi-synthetic

Description: Unit Heater Ruffneck™ AH Series Advanced Horizontal Unit Heaters are designed for rugged industrial applications and can be used with a variety of heat transfer fluids such as steam, circulating hot water, and glycol heating systems or in liquid cooling applications, including flash

• Sleeve (Sheath) Material: Aluminum, Steel
• Fuel / Energy Source: Hot Water / Steam

Description: Convenient, pre-mixed coolant for motorcycles, ATVs, karts, etc.-pour and go! Blended with purified, deionized water and proper WaterWetter percentage Reduces rust, corrosion and electrolysis, cleans and lubricates water pump seals Compatible with all antifreeze and coolant Satisfies ASTM

• Features: Circulating Coolant (Anti-freeze / Secondary Refrigerant)

Description: The GFO series heat transfer systems are high capacity, natural gas fired thermal fluid heaters with maximum operating temperatures up to 750°F and heating capacity from 500,000 to 20MM BTU/HR. GFW series systems are gas fired water heaters with maximum operating temperatures up to 250°F and

• Operating Temperature: 250 to 750 F
• Heater Capacity: 5,861 kW
• Other Features: ASME Vessels, Emergency Alarms, Insulated Pipes, Skid Mounted
• Transfer Media: Glycol, Hot Oil

Description: up to 20° Superior heat transfer properties compared to glycol-based antifreeze Compatible with new or used antifreeze (including DEX-COOL and long-life versions) to improve the heat transfer of ethylene and propylene glycol systems Improves heat transfer and

Description: transfer properties compared to glycol-based antifreeze Compatible with new or used antifreeze (including DEX-COOL and long-life versions) to improve the heat transfer of ethylene and propylene glycol systems Improves heat transfer and reduces cylinder head

Description: Glycol-jacketed cooling vessel designed for the cooling of a wide range of food products including soups, stews, sauces and preserves. Standard batch sizes range from 75 to 200 gallons Glycol jacket with 3 bar working pressure and special dimpled pattern to give ultimate cooling

Description: 1.1 A non-aqueous engine coolant is a glycol, diol, triol, or mixtures thereof, based heat transfer fluid containing less than 1.0 % water when formulated and intended for final use without dilution with water. (Definition from Terminology D4725.) 1.2 This specification covers the

Description: temperature conditions—up to +260°C for PTFE and +200°C for FEP—without degradation or loss of performance. Inert and Non-Toxic: Chemically inert and safe for use with sensitive equipment and coolants, including deionized water, glycol mixtures, and specialty heat transfer fluids.

• Use Temperature: -328 to 500 F
• Industry: Electronics
• Chemical System: Fluoropolymer (PTFE / PVDF)
• Form / Shape: Hollow / Tubular Stock

Description: stainless steel because of its anti-corrosive qualities. Both applications involve using a pump that flows the liquid through a closed pipe circuit (IE. water or glycol solution) that is reheated. A major consideration for this application is viscosity. Heat that is generated by the

• Watt Density: 6.5 to 65 W/in²
• Flange or Thread Diameter: 3 to 43 inch
• Heater Type: Circulation Heater
• Applications: Clean Water Heating, Heavy Weight Oils, Lightweight Oils & Degreasing Solutions, Medium Weight Oils, Mild Corrosive Solutions, Process Waters, Severe Corrosive Solutions

Description: having engineered transfer systems. These tanks are intended for either delivery of fresh oil and/or collection of waste oils through piping networks by trained persons using service trucks with pressure or vacuum pumps. These tanks are limited to Class IIIB oils and fats, and are

Description: having engineered transfer systems. These tanks are intended for either delivery of fresh oil and/or collection of waste oils through piping networks by trained persons using service trucks with pressure or vacuum pumps. These tanks are limited to Class IIIB oils and fats, and are

Description: having engineered transfer systems. These tanks are intended for either delivery of fresh oil and/or collection of waste oils through piping networks by trained persons using service trucks with pressure or vacuum pumps. These tanks are limited to Class IIIB oils and fats, and are