Heat Transfer Fluid YC-HTF-2: Terphenyl Hydrogenated

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Heat Transfer Fluid YC-HTF-2: Terphenyl Hydrogenated Specification

EINECS No
262-967-7

Shelf Life
2 Years

Application
Industrial

Purity
99%

Usage
Suitable for furnace that is working at normal pressure and temperature ranging from 280-345 deg.C, which is recommended by result of its thermal dynamic research. Applicable for most of the high temperature heat exchange process, such as the production of polyester, organic silicon, oxidation, polymerization, distillation ect., providing or removing the heat of process materials.

CAS No
61788-32-7

Properties
SPECIFICATION Appearance: Clear colorless liquid. Chemicals Components: Terphenyl Hydrogenated Moisture: 200 ppm max Acidity mgKOH/g: 0.05 max Flash Point (open cup : 180 C Kinematic Viscosity (typical) at 40 C: 27-32 cst Density 20 C: 0.950-1.006 g/ ltr Carbon Residue: 0.01% max Corrosion to Copper (100 C, 3h)/grade: 1 max Pour Point: -27 C Initial Boiling Point: 330 C Operating Range: 0-345 C Max. Oil Film Temperature: 375 C max Total Chlorine: 5 ppm max Sulfur Content 5 ppm max

Solubility
In Water

Physical Form
Liquid

Storage
Room Temperature

Poisonous
NO

Product Type
Heat Transfer Fluid

Heat Transfer Fluid YC-HTF-2: Terphenyl Hydrogenated Trade Information

Minimum Order Quantity
1 Piece

FOB Port
Qingdao, China

Payment Terms
Cash in Advance (CID), Delivery Point (DP), Letter of Credit at Sight (Sight L/C)

Supply Ability
1000 Pieces Per Month

Delivery Time
14 Days

Sample Available
Yes

Sample Policy
Free samples are available

Packaging Details
200kg per drum, 1000kgs per IBC, 20mts per iso tank, or as per user's requirement.

Main Export Market(s)
Australia, Asia, Eastern Europe, Middle East, Africa

Main Domestic Market
All India

Certifications
CSEI certificate, SGS etc...

About Heat Transfer Fluid YC-HTF-2: Terphenyl Hydrogenated

YC-HTF-2 is designed for use in nonpressurized/ low-pressure, indirect heating systems. The high boiling point helps reduce the volatility and fluid leakage problems associated with other fluids.

It offers outstanding high-temperature performance to 345C (650F), including excellent thermal stability and low vapor pressure. These properties result in reliable, consistent performance of heat transfer systems over long periods of time. It is one of the most successful heat transfer fluid ever on market.

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