描述

MFI MFR 1500 1800 PP口罩用颗粒聚丙烯产品：MFI MFR 1500 1800 PP口罩用颗粒聚丙烯产品特点：
低气味，低杂质，
低灰分，
高过滤效率，
超高熔体流动速率

MFI MFR 1500 1800聚丙烯颗粒面膜

产品详细信息

MFI MFR 1500 1800 PP口罩用颗粒聚丙烯

对由聚丙烯原料生产的熔喷布的要求：

重量：18g-500g

宽：通常为160cm和180mm（也可根据客户需求确定）

熔喷布是一种高速热风流，用于从挤出的聚合物熔体流模具孔，从而形成超细纤维，并将其收集在浓缩的筛网或辊子上，同时将其粘合成熔喷非织造布

熔喷布的生产工艺主要如下：

1。熔体制备。过滤

3。测量

4。熔体从喷丝头挤出。熔体流动牵伸和冷却。网布

医用级口罩材料-MFI MFR 1500 1800 PP颗粒聚丙烯

PP熔喷布材料1500脂溶性

熔喷布是口罩的核心材料。医用口罩和N95口罩由纺粘层、熔喷层和纺粘层组成，其中纺粘层和熔喷层均由聚丙烯PP材料制成

MFI MFR 1500 1800 PP颗粒聚丙烯特性聚丙烯，简称PP，是一种无色、无味、无毒、半透明的固体物质

聚丙烯（PP）是一种性能优异的热塑性合成树脂。它是一种无色半透明的热塑性轻质通用塑料。聚丙烯具有耐化学性、耐热性、电绝缘性、高强度机械性能和良好的高耐磨加工性能等特点，这使得聚丙烯自诞生以来迅速在机械、汽车、电子电器、建筑、纺织、包装等领域得到了广泛的发展和应用。近年来，随着我国包装、电子、汽车等行业的快速发展，极大地促进了我国工业的发展。由于其可塑性，聚丙烯材料正在逐渐取代木制品。高强度、高韧性和高耐磨性已逐渐取代金属的机械功能。此外，聚丙烯具有良好的接枝和复合功能，在混凝土、纺织、包装、农林渔业等领域有着巨大的应用空间

有关TMFI MFR 1500 1800 PP颗粒聚丙烯的更多详细信息，请立即联系

1500脂溶性PP熔喷非织造布加工技术：

1500脂溶性PP熔喷非织造布是密封的，打开后可直接使用。生产熔喷非织造布时，建议的加工温度为230-280℃，在合适的熔融挤出设备中熔融纺丝。在满足产品性能要求的前提下，尽可能使用最低的加工温度，防止高温下热氧化降解，影响产品的稳定性

MFI MFR 1500 1800 PP Pellet Polypropylene For Mask

Product: MFI MFR 1500 1800 PP Pellet Polypropylene For Mask
Features:
Low odor,Low impurities,
Low ash content,
High filtration efficiency,
Ultra high melt flow rate.

MFI MFR 1500 1800 PP Pellet Polypropylene For Mask

Product Details

MFI MFR 1500 1800 PP Pellet Polypropylene For Mask

Requirements for meltblown cloth produced from polypropylene raw materials:

Weight: 18g-500g

Wide width: generally 160cm and 180mm (can also be determined according to customer needs)

Melt-blown cloth is a high-speed hot air flow to draw a thin stream of polymer melt extruded from the die orifice, thereby forming ultra-fine fibers and collecting them on the condensed screen or roller, and at the same time bonding themselves to become Meltblown nonwoven fabric.

The production process of melt-blown cloth is mainly as follows:

1. Melt preparation

2. Filter

3. Measurement

4. Melt is extruded from the spinneret

5. Melt flow drafting and cooling

6. Netting

Medical grade mask material -MFI MFR 1500 1800 PP Pellet Polypropylene

PP meltblown cloth material 1500 fat-soluble

Meltblown cloth is the core material of the mask. Medical masks and N95 masks are composed of a spunbond layer, a meltblown layer and a spunbond layer, where the spunbond layer and the meltblown layer are both made of polypropylene PP material.

MFI MFR 1500 1800 PP Pellet Polypropylene characteristic

Polypropylene, abbreviated as PP, is a colorless, odorless, non-toxic, translucent solid substance.

Polypropylene (PP) is a thermoplastic synthetic resin with excellent properties. It is a colorless and translucent thermoplastic lightweight general-purpose plastic. With chemical resistance, heat resistance, electrical insulation, high-strength mechanical properties and good high-abrasion processing properties, etc., this has made polypropylene rapidly in machinery, automobiles, electronic appliances, construction, textile, packaging since its inception , Agriculture, forestry, fishery and food industry have been widely developed and applied. In recent years, with the rapid development of China’s packaging, electronics, automotive and other industries, it has greatly promoted the development of China’s industry. And because of its plasticity, polypropylene materials are gradually replacing wooden products. High strength, toughness and high wear resistance have gradually replaced the mechanical functions of metals. In addition, polypropylene has good grafting and compound functions, and has huge application space in concrete, textile, packaging, agriculture, forestry and fishery.

Contact now for more details aboutMFI MFR 1500 1800 PP Pellet Polypropylene.

Tina Lin<###>

1500 fat-soluble PP melt-blown non-woven fabric processing technology:

1500 fat-soluble PP melt-blown non-woven fabrics are sealed and can be used directly after opening. When producing melt-blown non-woven fabrics, the recommended processing temperature: 230-280 ℃, melt spinning in suitable melt extrusion equipment. Under the premise of meeting the performance requirements of the product, use the lowest processing temperature as possible to prevent thermal oxidation degradation at high temperature and affect the stability of the product.