1. Description of LSZH HFFR compounding masterbatch
“LSZH HFFR compounding masterbatch” is a term used in the plastics and rubber industry. The term “LSZH” usually refers to “Low Smoke Zero Halogen”, which is an environmentally friendly material that produces less smoke when burned and does not contain halogens, and is therefore environmentally friendly and has a low impact on human health.
It is environmentally friendly and has a low impact on human health.
“HFFR” stands for “Highly Filled Flame Retardant” and refers to highly filled flame retardants, which are usually used to improve the flame retardancy of materials.
“Compounding masterbatch” means compound masterbatch, which is a pre-mixed base resin mixture containing specific additives (e.g., flame retardants, pigments, fillers, etc.) that can be directly mixed with base plastics or rubbers for the purpose of improving performance or changing appearance.
Therefore, “LSZH HFFR compounding masterbatch” can be understood as a low-smoke, halogen-free and highly flame-retardant compounding masterbatch, which can be used to manufacture plastic or rubber products with excellent flame-retardant properties and environmentally friendly characteristics.
2. LSZH HFFR compounding masterbatch series from nós
LSZH HFFR compounding masterbatch series is our company introduced to PE as a carrier silicone masterbatch, dedicated to a variety of wire and cable materials, play a role in reducing wear and tear, improve production efficiency and product stability and yield, to solve the problem of mold mouth accumulation of material, reduce torque, internal and external lubrication, and improve the surface of the anti-dust, etc.
| Grau | Aparência | Transportadora | Dosagem | Âmbito de aplicação |
| DX750 | Pellets naturais | PE+ | 0.5-3.0 | PE、TPE |
| DX752B | Pellets naturais | PE | 0.5-3.0 | PE、TPE |
| DX753 | Pellets naturais | PE | 0.5-3.0 | PE、TPE |
| DX758 | Pellets naturais | PE+ | 0.5-3.0 | PE、TPE |
The use of LSZH HFFR compounding masterbatch does not precipitate, reduces and eliminates mold mouth buildup:
Non-precipitation: This means that the material is less likely to precipitate during processing, i.e., it will not separate out excess material, which helps to maintain the purity of the material and the stability of the process.
Reducing Die Port Accumulation: Die port accumulation is the residue of material that accumulates at the exit of the die during the extrusion or injection molding process. Reducing die port buildup improves productivity, reduces the need for mold cleaning, and helps maintain consistent product quality.
Eliminate Mold Outlet Accumulation: This means that by using this material or technology, the problem of mold outlet accumulation can be almost completely eliminated, thus further improving productivity and product quality.
The use of LSZH HFFR compounding masterbatch is environmentally friendly, high speed and stable:
Environmental protection: this means that the material meets environmental standards, does not contain harmful substances, no pollution to the environment, and the waste generated during production and use is easy to dispose of or recycle.
High speed rate: this may refer to the high productivity of the processing, able to quickly complete the production task and increase production capacity.
Excellent stability: This indicates that the material has stable performance during processing and use, is not easy to change, and is able to maintain lasting product quality and performance.
The use of LSZH HFFR compounding masterbatch has inhibited flame retardant and synergistic flame retardant properties:
Inhibited Flame Retardant: This means that the material can effectively inhibit the spread and expansion of flames and reduce the risk of fire.
Synergistic flame retardancy: This means that the material can produce a synergistic effect when used with other flame retardants or additives to further enhance the flame retardant effect.
Synergistic flame retardant performance can improve the efficiency of flame retardants, reduce the amount of flame retardants used, and lower costs, while maintaining or improving flame retardant performance.
