Ashless Antiwear Hydraulic Oil Additive Package DG5020

Ashless Antiwear Hydraulic Oil Additive Package DG5020
Model:5020
Brand:-
Origin:Made In China
Category:Chemicals / Resin
Label:lurbricant additive
Price: US $4000 / T
Min. Order:1 T
Inquire Now

Product Description

  • Introduction and Application

This additive has excellent performance of high pressure, extreme pressure, antiwear, antioxidant, anti emulsification, thermal oxidation stability, hydrolytic stability and filterability, and prevents corrosion of hydraulic parts of silver and copper effectively.

This additive can be used to formulate various viscosity grades and types hydraulic oil of described in the standard GB11118.1-2011. Its widely applied to high pressure hydraulic systems, such as large engineering machinery, ships and vehicles, like cranes, excavators, dump trucks. And its also used in the hydraulic system that with plunger pump pressure of up to 34.5Mpa, a vane pump pressure of up to 17.5Mpa and other high load mechanical lubrication parts.

  • Dosage Reference

Viscosity Grade

Additive Dose (m %)

15, 22, 32, 46, 68, 100, 150

0.8-1.0

  • Quality Index

Item

Quality Index

Test Method

Appearance

Brown Transparent Liquid

Visual

Density 20°C, kg/ m3

Report

GB/T1884

Kinematic Viscosity (40°C), mm2/s

Report

GB/T265

Flash Point (Open), °C

105

GB/T3536

P, %(m/m)

3.0-4.0

SH/T0296

S, %(m/m)

6.5-8.0

SH/T0303

Water, %(m/m)

Mark

GB/T260

  • Storage

According to the requirements of SH/T0164, the maximum temperature should not exceed 75°C for the storage, handling and blending of the product, and it should not exceed 45°C for long-term storage.

For more details of health and safety precautions, please refer to Material Safety Data Sheet.

  • Packing

Net Weight: 190Kg/Iron Drum.

Ashless Antiwear Hydraulic Oil Additive Package DG5020 1

Member Information

Jinzhou Donggong Petrochemical Products Co., Ltd.
Country/Region:Liao Ning - China
Business Nature:Manufacturer
Phone:3808611
Contact:shirley (saler)
Last Online:10 Feb, 2019