SCHULTZ® S725,SCHULTZ® | Heat transfer fluid China | Jiangsu Zhongneng Chemical Technology Co., Ltd -- Tel: +86 0518-83866808 —联系电话：0518-83866808

SCHULTZ® S725

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Product Introduction

SCHULTZ® S725 is a cost efficient synthetic heat transfer fluid which can completely substitute the traditional mineral oil with excellent thermal stability, long service life and high cleanness properties. It provides long term stable heat transfer in any liquid phase systems with temperature range of -30℃～330℃.

Product Features

High Reliability —— SCHULTZ® S725 is the outstanding liquid phase synthetic heat transfer fluid which can be stably used in long term operation under 330℃.

Low Vapor Pressure —— SCHULTZ® S725 low vapor pressure property makes it suitable for liquid phase system demanding low pressure operation.

Strong Resistance to Oxidation —— Strong resistance to oxidation makes SCHULTZ® S725 generate less sludge, increasing system cleanness and guaranteeing the stable operation.

Excellent Price Performance —— SCHULTZ® S725 is the ideal fluid to replace the traditional mineral oil as it has better thermal properties and cost efficient.

Typical data

Name	SCHULTZ® S725
Appearance	Colorless transparent liquid
Moisture Content / (mg/kg)	106
Flash Point (Open Cup) / ℃	152
Flash Point (Closed Cup) / ℃	130
Autoignition Point / ℃	427
Pour Point / ℃	-51
Density (20℃) / (kg/m3)	958
Acid Value (KOH) / (mg/g)	0.01
Carbon Residue / %	0.01
Distillation Range: 2% / ℃	340
Kinematic Viscosity / (mm2/s) 0℃	45
40℃	6.2
100℃	1.6
Optimal Applicable Range / ℃	-30～330
Allowable Maximum Operation Temperature / ℃	330
Allowable Maximum Film Temperature / ℃	350

Note: The above data are based upon test samples in laboratory, and not guaranteed for all products. For full specifications of SCHULTZ® S725, please contact our sales dept.

SCHULTZ® S725SCHULTZ® S725 is widely used in following fields due to its excellent properties:

Oil and Natural Gas

SCHULTZ® S725 is extensively used in oil and natural gas field for distillation, rectification and heat preservation processes.
Coal Industry

SCHULTZ® S725 has advantages of low operation pressure, high thermal efficiency, well-distributed heating and wide temperature control range, making it completely satisfy the process requirements in coal chemical industry.
Chemical Fiber and Polyester

SCHULTZ® S725 is widely used in polymerization, extension and drying process in chemical fiber and polyester manufacture.
Chemical Industry

SCHULTZ® S725 provides stable thermal efficiency and satisfies thermal requirements under operation temperature of 320℃ in chemical industry, including the processes of chemical synthesis, polymerization and condensation reaction, rectification, drying, distillation, concentration and fusion, extraction and heat preservation.
Plastic and Rubber Processing

SCHULTZ® S725 takes full advantage of its excellent properties in material mixing and extrusion forming. The very low corrosiveness of SCHULTZ® S725 can effectively extends the service life of operation system facilities.
Machining

SCHULTZ® S725 provides excellent heating conditions to many processes in machinery industry, including electroplating, thermal treatment, spraying and drying, rolling, baking and fusion.
Food Processing

SCHULTZ® S725 is usually used in steaming, boiling, frying, baking and package technology in food processing, which effectively decreases production cost and increases product quality.
Bio-fuel Production

SCHULTZ® S725 is mainly used as heat transfer medium in producing and refining bioethanol, biodiesel and other liquid or gas fuels synthesized by biomass materials.
Pharmaceutical Industry

SCHULTZ® S725 is used in the processes of synthetic reaction, rectification and concentration, fusion, condensation and extraction in pharmaceutical industry.
Sea Water Desalination

SCHULTZ® S725 is used in trough collectors to collect solar power and store heat and provide energy sources to distill sea water.
Storage and Transportation

SCHULTZ® S725 is used to warm and preserve heat in storage and transportation of some special materials avoiding low temperature blocking.