Halogen-free Flame Retardant Cable Functional Master-batches-FR-DML
FR-DML type halogen-free flame retardant cable functional master-batches is a new-type product developed with Magnesium Hydroxide as main flame retardant for manufacturers of halogen-free low-smoke flame retardant cable materials. It could reduce production difficulty and non-uniformity of material and strongly upgrade the maneuverability of the product on the premise of satisfying the performance index of halogen-free low-smoke flame retardant cable material. The development of the master-batches greatly facilitates cable material manufacturers.
FR-DML type halogen-free flame retardant cable functional master batch is quite user-friendly. Qualified cable material could be produced in double-screw from this product together with elastomer and polyethylene.
Halogen-free Flame Retardant Cable Functional Master- batches Components
Material Index
Component | FR-DML | Elastomer | PE | Other Additives | Oxygen Index | Tensile Strength /MPa | Breaking Elongation Ratio /% |
1 | 50 | 40 | 10 | 0.5 | 30-33 | 9-11 | 120-220 |
Our Suggestion:
Ø The elastomer shall be EVA, POE and etc.
Ø PE shall be Linear Low Density Polyethylene, recommended type: 7047, LLDPE 0209
Ø Low viscosity polyethylene wax with molecular weight of 3000-4000 is recommended
Ø Recommended type of Anti-oxygen Agent: 1010.
Ø FR-DML type halogen flame retardant cable functional master-batches is in hoar particle, which could satisfy cable material demand on different colors. If the customer's product is black, 5%-15% FR-GML type flame retardant master-batches could be added instead of corresponding FR-DML type functional master-batches, the flame retardant performance will then be greatly improved and the oxygen index could reach 35% - 45%.
Ø FR-DML type halogen-free flame retardant cable functional master-batches could be used as flame retardant and reinforcing master-batches for polymer materials like LDPE, HDPE, LLDPE, PP, PA, PC and etc, which could help polymer materials gain flame retardant and reinforcing effect.
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