Welcome Customer !

Membership

Help

Kunshan Schneider Precision Equipment Co., Ltd
Custom manufacturer

Main Products:

instrumentb2b>Products

Kunshan Schneider Precision Equipment Co., Ltd

  • E-mail

  • Phone

  • Address

    No. 511 Huangpu River North Road, Kunshan City

Contact Now

Nylon rapid humidification equipment

NegotiableUpdate on 05/20
Model
Nature of the Manufacturer
Producers
Product Category
Place of Origin

Overview

ND-800TH nylon, also known as polyamide, is a term for polyurethane fibers. It is a general term for thermoplastic resins with repeated amide groups on the main molecular chain. Therefore, there are many types of nylon that do not refer to a single substance. This also includes aliphatic PA, aliphatic aromatic PA, and aromatic PA. Among them, aliphatic PA has many varieties, high yields, and wide applications. Shande Machinery Equipment Trading Company in Yushan Town, Kunshan City is a manufacturer of nylon rapid humidification equipment (humidification equipment)

Product Details

Features:
PA66 fiber addition is currently the mainstream development of modified engineering plastics. PA66 fiber addition is an important way to achieve high performance of PA66, and it is also the main means to manufacture nylon special materials and improve nylon performance. After adding fibers to PA66, its impact resistance, thermal deformation resistance, mechanical properties, formability, and chemical corrosion resistance have all been enhanced. Glass fiber is an inorganic non-metallic material with excellent performance, which has the advantages of low cost, non flammability, heat resistance, chemical corrosion resistance, high tensile strength and impact strength, low fracture elongation, good insulation and insulation properties. It is often used as a reinforcing material for organic polymers, inorganic non-metallic and composite materials.
Technical Specifications:
NameNylon rapid humidification equipment
Model: ND-800TH
Temperature range: RT+10 ℃~100 ℃
Molecular weight of water: 50% RH~100RHRH
Internal dimensions: 2000 * 2000 * 2000mm
External dimensions: 3000 * 2300 * 230mm
in processingNylon rapid humidification equipmentUnder pressure, internal water molecules are quickly absorbed by nylon products, achieving the effect of moisture absorption and toughening. The moisture absorption rate of nylon products is generally required to be between 1% and 3%, which can be controlled by a processing machine to reduce changes in the appearance and size of nylon products.
The method of increasing water molecules to solve the brittleness of nylon plastic products:
Most nylon plastic products have hydrophilic properties, including nylon 6 and nylon 66 resins. Nylon products are made because nylon contains hydrophilic groups - acylamino groups, which make nylon easy to absorb water. After absorbing a certain amount of water, nylon helps to orient and crystallize its internal macromolecules.
2. The customer mainly exports nylon plastic products to the European market. In their industry, which belongs to a star enterprise brand, their nylon plastic products will break once dropped from a height of 2 meters before water absorption treatment. After using the precision nylon water absorption treatment equipment of the main platform, the strength of their nylon plastic products has greatly increased. Products of the same type will only break after dropping from a height of 2 meters for 60 times and 45 times (drop height machine model: ZT-2000S). The precision nylon water treatment equipment of the main platform is designed to prevent condensation water from dripping onto the surface of the product and forming marks. Nylon comes with a drying function after absorbing water, which can help companies reduce the need for wiping workers.
3. As a result, after being treated by the precision nylon moisture absorbing water treatment equipment, the toughness and strength of the polymer material are improved. Zhengtai Precision Nylon Water Absorption Treatment Equipment can better solve the problem of nylon absorbing water molecules.