SINOPEC 4632 (VG 46/68) Ester-base Fire Resistant Hydraulic Fluid

Product Details
Customization: Available
Application: Industrial Lubricant
ISO: 12922
Manufacturer/Factory & Trading Company
Diamond Member Since 2006

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Year of Establishment
2014-03-04
Management System Certification
ISO 9001, ISO 9000, ISO 14001, ISO 14000, OHSAS/ OHSMS 18001, TS16949, IATF16949, HSE, TS 16949
  • SINOPEC 4632 (VG 46/68) Ester-base Fire Resistant Hydraulic Fluid
  • SINOPEC 4632 (VG 46/68) Ester-base Fire Resistant Hydraulic Fluid
  • SINOPEC 4632 (VG 46/68) Ester-base Fire Resistant Hydraulic Fluid
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Basic Info.

Model NO.
4632
FM Approval
Standard 6930
Source
Syntholube
Shape
Liquid
Composition
Ester & Additive
Type
Synthetic Lubricant
Property
Fire Resistant Hydraulic Fluid
Transport Package
200L Drum
Specification
VG 46/68
Trademark
SINOPEC
Origin
China
HS Code
3403990100
Production Capacity
5000

Product Description

SINOPEC 4632 (VG 46/68) Ester-base Fire Resistant Hydraulic Fluid was designed to replace anti-wear, mineral oil-based hydraulic fluids used in applications where fire hazards exist. It can also be used in environmentally sensitive hydraulic applications without compromising the overall hydraulic system operations. This fluid is based on high-quality, synthetic, organic esters and carefully selected additives to achieve excellent hydraulic fluid performance.

 

Applications


SINOPEC 4632 (VG 46/68) Ester-base Fire Resistant Hydraulic Fluid is suitable for use in:
  1. Hydraulic applications where there is a risk of fire or accidental environmental contamination, where a conventional mineral-oil based anti-wear hydraulic fluid would present a fire hazard or pollution hazard.
  2. Hydraulic applications where a fire-resistant anti-wear hydraulic fluid of type ISO 6743/4 HFDU or ISO 12922 is required.
 

Features and benefits

  1.  
    1. High flash point (>280°C) and fire point (>330°C) make the fluid resistant to fire, offering a safer working environment and greater equipment protection.
    2. Excellent storage stability and long product life - comparable to conventional mineral oil fluids or water glycol fluids.
    3. Readily biodegradable and non-toxic to aquatic life, suitable in applications where there is possible of accidental spillage or leakage of fluid.
    4. Non-toxic, non-irritating and contains no hazardous ingredients, so safe to use and handle.
    5. Suitable for use in hydraulic systems operating at a constant pressure of <40 MPa.
    6. Wide operating temperatures range: from -20°C to 90°C.
    7. Compatible with iron, steel, and most non-ferrous metals and their alloys.
    8. Excellent lubrication performance, provided by the polyol ester fluid, protect hydraulic components from wear.
    9. High viscosity index (VI > 180) provides outstanding viscosity-temperature performance compared to conventional mineral oil (VI ~ 100) and phosphate ester (VI < 0) hydraulic fluids.
    10. High shear stability means the fluid stays in grade and is not broken down in service.
    11. Excellent thermal and oxidation stability reduce the formation of deposits and sludge and prevent valve sticking, ensuring longer system life and extended drain intervals.
    12. Excellent anti-wear performance in hydraulic pumps and valves when used in accordance with the equipment manufacturers' recommendations.

Typical data

SINOPEC 4632 Ester-base Fire Resistant Hydraulic Fluid
 Viscosity grade   46   68 
 Kinematic viscosity, ASTM D445
    cSt @ 40°C
    cSt @ 100°C 
 
46.82
9.652 
 
64.48
12.15 
 Viscosity index, ASTM D2270   195   189 
 Air release at 50°C, mins, ASTM D 3427   5   10 
 Foaming characteristics, ASTM D 892
sequences 1
sequences 2
sequences 3 
 
0/0
0/0
0/0 
 
0/0
0/0
0/0 
 Acid number, mg KOH/g, ASTM D 974   0.46   0.66 
 Rust prevention, ASTM D 665
    distilled water 
 pass   pass 
 Copper corrosion, 3 hours @ 100°C, ASTM D 130   1b   1b 
 Water separability, ASTM D 2711   15   20 
 Pour point, °C, ASTM D 97   -43   -45 
 Flash point (COC), °C, ASTM D 92   305   312 
 Fire point, °C, ASTM D 92   354   355 
 Manifold ignition test, ISO 20823
  Ignition temperature,ºC 
 >400   >400 

These data are given as an indication of typical values, not as exact specifications.

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