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Diisopropyl biphenyls

Diisopropyl biphenyls (DIPB) are high-purity single synthetic aromatic hydrocarbon compounds with high-temperature applications for synthetic thermal oils (Max.350°C) necessary for high thermal stability, excellent fluidity and heat transfer properties

产品介绍

Product description

Diisopropyl biphenyls (DIPB) are high-purity single synthetic aromatic hydrocarbon compounds with high-temperature applications for synthetic thermal oils (Max.350°C) The necessary high thermal stability, excellent fluidity and heat transfer properties, as well as the unique properties to prevent the generation of solid particles and coke scale, can meet the requirements of the low-pressure safe operation of the liquid phase heating system.

 

Main features

liquidity

-38° pour point, can be started normally in a low temperature environment, suitable for most cold areas

No corrosion

The non-foreign substances in the production process and the high purity of the raw material benzene ensure the non-corrosion of low sulfur and low chlorine.

Thermal stability

Good high temperature performance, long-term reliable and stable operation below normal 330°

 

Main purpose

Diisopropyl biphenyls are mainly used in synthetic thermal oils, dyes, coatings, carbon-free carbon paper microcapsules, capacitor insulating oils and other fields.

 

Product packaging

200kg barrel or ISOTank

 

Typical data

Maximum allowable operating temperature/℃

350

appearance/-

Clear and transparent, no suspended matter

Spontaneous combustion point/℃

402

Flash point (closed)/℃

155

闪Flash point (opening)/℃

172

Sulfur content/(mass fraction)/%

below 0.001

Chlorine content/mg/kg

2

Acid value/(in terms of KOH)/mg/kg

0.01

Copper sheet corrosion/(100℃, 3h)/grade

1b

Moisture/mg/kg

118

Water-soluble acid-base/none

none

Pour point/report

-38

Density/20℃/kg/m3

1012.7

Ash content/(mass fraction)/%

<0.002

Distillation range/initial distillation point/℃

243

/2%/℃

335

Residual carbon/(mass fraction)/%

<0.01

Kinematic viscosity/0°C

1657(0°C)

/40°C

33.24(40°C)

/100°C

4.139(100°C)

Deterioration rate/%

9.8

 

The above data is based on laboratory sample testing. Not all samples are the same. If you need detailed information, you can contact the sales staff.

Customer sampling

Filling-hydrogenated terbiphenyls-in the system

Filling-hydrogenated terbiphenyls-in the system

Filling-hydrogenated terbiphenyls-system

Filling-hydrogenated terbiphenyls-system

Filling-hydrogenated terbiphenyls-in the system

Filling-hydrogenated terbiphenyls-in the system

Filling-hydrogenated terbiphenyls-in the system

Filling-hydrogenated terbiphenyls-in the system

Filling-hydrogenated triphenylbenzene-light component

Filling-hydrogenated triphenylbenzene-light component

Factory

Panoramic view of the factory area

Panoramic view of the factory area

Office building

Office building

Production workshop

Production workshop

Production workshop

Production workshop

Production workshop

Production workshop

Production workshop

Production workshop

Production workshop

Production workshop

Production workshop

Production workshop

Invention patent

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A seedbed for planting Chinese medicinal materials

Site survey

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