Flow improver works between solids to change their surface conditions, and prevent them from coming in direct contact with each other by permeating the area between them. This way, flow improvers reduce friction and prevent abrasion on solids moving relative to each other, and improves the efficiency of your work and equipment by reducing power consumption.
General (universal) Flow Improver
CharacteristicsEnhances the flowability and improves the workability of the rubber compound
during the rubber compounding processing step, including calendaring, extruding, injection, and so on.
Grade | Melting Point [℃] |
Heat Loss [%] |
Ash [%] |
Dosage [phr] |
Appearance |
---|---|---|---|---|---|
DM-807 | 105±5 | Max 3.0 | Max 1.0 | 2~3 | |
D.B.M | 95±5 | Max 1.0 | Max 0.5 | Max. 2.0 | |
DR-195F | 75±5 | Max 1.0 | Max 3.0 | 2~3 |
Flow Improver for butyl tube
CharacteristicsShortens the molding cycle by improving the flowability and enhances extruding
and injection of the butyl rubber compound during the processing stage.
Grade | Melting Point [℃] |
Heat Loss [%] |
Ash [%] |
Dosage [phr] |
Appearance |
---|---|---|---|---|---|
DA-102 | 60±10 | Max 1.0 | Max 3.0 | 2~3 |
Prevents roll adhesion
CharacteristicsPrevents roll adhesion of low-viscosity rubber, and simultaneously improves extruding and injection properties.
Grade | Melting Point [℃] |
Heat Loss [%] |
Ash [%] |
Dosage [phr] |
Appearance |
---|---|---|---|---|---|
DR-195 | 55±5 | Max 1.0 | Max 3.0 | 2~3 |