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Whole Set Lubricant Grease Making Machine for Calcium Sodium Lithium Grease Production

Price $17000.00
Min Order 1 Piece
Availability In Stock
Shipping From Shandong, China
Popularity 436 people viewed
Model NO.:
G3000
Type:
Reaction Kettle
Material:
Carbon Steel or Stainless Steel
Capacity:
2500L
Structure:
Elliptical Seal Head and Bottom
Pressure:
Positive
Agitator Model:
Combined Agitator
Heating:
Oil Circulation Heating
Heat Transfer Structure:
Jacketed
Automatic Grade:
Semi-Automatic
Condition:
New
Feature 01:
Positive Pressure Usage
Feature 02:
with Safety Valve
Feature 03:
New Mixing Agtator: Two Directions Mixing
Feature 04:
Fewer Grease Remaining
Feature 05:
Downward Valve
Feature 06:
Speed Converter
Feature 07:
Supply Grease Making Formula
Application 01:
Ordinary Lithium Grease Making
Application 02:
Complex Lithium Grease Production
Application 03:
Multiple Performance Lithium Grease Making
Application 04:
Calcium Based Grease Production
Application 05:
Polyurea Grease Production
Application 06:
Extreme Pressure Lithium Grease
Application 07:
Calcium Sulfonate Grease Making
Transport Package:
in Nude
Specification:
2500L
Origin:
Yantai, China
HS Code:
8479820090
Product Description
Whole set lubricant grease making machine for Calcium sodium lithium grease production

It usually includes :thermal oil heaer, pressure grease saponification reactor, grease mixing tank, vacuum degassing tank, high pressure homogenizer, filter, and sub-packing machine,gear pumps,etc.

Different from India production technology,we do not use colloidal mill.
Also,along with grease industry development,more and more grease factories gave up the old planetary type production machine but choose the new type dual direction running type grease making machine.


This is the new structure ----double directions mixing type pressure grease reactor!!!

What is a pressure-type grease saponification reactor:
1. In terms of use, the pressure-type grease saponification reactor is the container that completes the saponification reaction. Taking lithium-based grease as an example, the chemical reaction between lithium hydroxide and fatty acids (acid and alkali) is saponification.
2. In terms of structure, the pressure-type grease saponification reactor adopts the planetary type agitator, the heating jacket and can withstand positive pressure. The pressure-type grease saponification reactor has become an ideal grease production equipment in temperature control, pressure control, stirring force, material residue and mixing uniformity.

Bigest Features:High mixing efficiency










1.Usually speaking, the industrial grease is produced by a whole set of special production line. This production line generally includes:the thermal oil heating furnace, pressure grease saponification reactor, grease mixing tank, vacuum degassing tank, high pressure homogenizer, filter, and sub-packing machine,gear pumps,etc.

This is a relatively complete and rather mature production process, and its output is generally 1,000 tons to 20,000 tons per year or more. Because ordinary common grease (such as lithium-based grease) is less than the annual constant of 1000T, there is no investment value (except for special cases), so most of the current grease production plants in China have an annual output of more than 1000T.

2.Taking lithium-based grease as an example, briefly introduce the production process of lithium-based grease:

Lithium grease is a kind of grease using lithium soap as thickener.

1)Thickener is a compound that can thicken lubricating oil into a viscous ointment.

2)Lithium soap is a compound formed by the combination of lithium hydroxide and fatty acid. This compound is mixed with the base oil to form a lithium-based grease.

3)Therefore, in order to produce lithium-based grease, lithium soap must first be prepared. After the lithium soap is made, it will be mixed with base oil to form a lithium-based grease.

4)The specific lithium-based grease production process can be roughly divided into the following steps: soap making → fast cooling → blending → homogenization → degassing → finished product packaging.
















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