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Graphite Emulsion It is a functional substance between molds and products. In the rubber,Metal and plastic manufacturing industry, it is an essential additive used to demold, improve production efficiency, extend the service life of molds, and make products smooth, size qualified, and reduce waste when manufacturing model products. Its main function is to make demolding operation easy and prevent damage to the product caused by forced removal. The isolation of release agents depends on their surface properties, which are characterized by low critical surface tension and difficulty in being wetted by liquids. This is why the release effect can be achieved.
Technical Data：
Model | Performance Index | Application | ||
Total Solid | Graphite Content | Dilute by 20 times, sedimentation rate after 3hs | Industry | |
MD-2 | 28 | 20 | 35 | Automotive parts hot die forging, gear rough and precision forging, roll forging |
MD-7 | 40 | 25 | 40 | Light alloy extrusion processing |
MD-8 | 30 | 23 | 35 | Cold extrusion processing, heavy-duty press forging |
MD-10 | 35 | 26 | Undiluted | Bullet head, eggshell hot extrusion processing |
Features
Forged graphite emulsion is widely recognized by the forging industry as a new and efficient lubricating demolding material produced domestically at present. It has below advantages in production:
1. Good insulation and cooling effects on molds
2. Extend the service life of molds by 1-3 times
3. Good lubrication, demolding, chemical stability
4. High-temperature adhesion
5. Improves the service life of molds and the quality of forgings
6. Not polluting the environment
7. Convenient to use
Popular Usage and Models
Ø Black hole solution for direct electroplating of circuit board through-hole
Ø Graphite emulsion for high water-based packing impregnation
Ø Conductive coating for direct electroplating of non-metallic (insulating material) surface
Ø Conductive coating for blackening of conductive cloth
Ø Conductive coating for conductive coating of the outer surface of the high-voltage cable sheath
Ø Graphite emulsion for blackening coating of aluminum foil, battery coating, Mandrel lubricant for steel pipe manufacturing
Ø Conductive coating for color display device
Ø Wire drawing graphite emulsion for tungsten molybdenum wire manufacturing Metal forging release agent
Ø Glass product release agent
Ø Conductive adhesive for foam nickel (sponge nickel)
Ø Graphite emulsion for glass fiber coating
Ø Chemical anti-corrosion sealant
Ø Metal cutting lubricant
Ø Conductive coating for screen printing electronic circuit
Ø Special graphite lubricant and special graphite conductive coating, etc.
Rubber/Metal/Plastic release agent refers to a type of substance used to prevent adhesion between rubber products and mold surfaces, and to ensure smooth demolding without tearing. Spray or apply it onto the surface of the mold cavity during use to form an effective isolation layer. The main requirements for release agents are: they have certain thermal stability and chemical inertness, and do not corrode the surface of the mold cavity; Residual decomposition products under the surface of the mold cavity; Not affecting the color of the product, easy to prepare, and convenient to use.
Graphite Emulsion It is a functional substance between molds and products. In the rubber,Metal and plastic manufacturing industry, it is an essential additive used to demold, improve production efficiency, extend the service life of molds, and make products smooth, size qualified, and reduce waste when manufacturing model products. Its main function is to make demolding operation easy and prevent damage to the product caused by forced removal. The isolation of release agents depends on their surface properties, which are characterized by low critical surface tension and difficulty in being wetted by liquids. This is why the release effect can be achieved.
Technical Data：
Model | Performance Index | Application | ||
Total Solid | Graphite Content | Dilute by 20 times, sedimentation rate after 3hs | Industry | |
MD-2 | 28 | 20 | 35 | Automotive parts hot die forging, gear rough and precision forging, roll forging |
MD-7 | 40 | 25 | 40 | Light alloy extrusion processing |
MD-8 | 30 | 23 | 35 | Cold extrusion processing, heavy-duty press forging |
MD-10 | 35 | 26 | Undiluted | Bullet head, eggshell hot extrusion processing |
Features
Forged graphite emulsion is widely recognized by the forging industry as a new and efficient lubricating demolding material produced domestically at present. It has below advantages in production:
1. Good insulation and cooling effects on molds
2. Extend the service life of molds by 1-3 times
3. Good lubrication, demolding, chemical stability
4. High-temperature adhesion
5. Improves the service life of molds and the quality of forgings
6. Not polluting the environment
7. Convenient to use
Popular Usage and Models
Ø Black hole solution for direct electroplating of circuit board through-hole
Ø Graphite emulsion for high water-based packing impregnation
Ø Conductive coating for direct electroplating of non-metallic (insulating material) surface
Ø Conductive coating for blackening of conductive cloth
Ø Conductive coating for conductive coating of the outer surface of the high-voltage cable sheath
Ø Graphite emulsion for blackening coating of aluminum foil, battery coating, Mandrel lubricant for steel pipe manufacturing
Ø Conductive coating for color display device
Ø Wire drawing graphite emulsion for tungsten molybdenum wire manufacturing Metal forging release agent
Ø Glass product release agent
Ø Conductive adhesive for foam nickel (sponge nickel)
Ø Graphite emulsion for glass fiber coating
Ø Chemical anti-corrosion sealant
Ø Metal cutting lubricant
Ø Conductive coating for screen printing electronic circuit
Ø Special graphite lubricant and special graphite conductive coating, etc.
Rubber/Metal/Plastic release agent refers to a type of substance used to prevent adhesion between rubber products and mold surfaces, and to ensure smooth demolding without tearing. Spray or apply it onto the surface of the mold cavity during use to form an effective isolation layer. The main requirements for release agents are: they have certain thermal stability and chemical inertness, and do not corrode the surface of the mold cavity; Residual decomposition products under the surface of the mold cavity; Not affecting the color of the product, easy to prepare, and convenient to use.
