Hard Plastic pelletizer

Hard Plastic

About hard plastics, it is a symbol of high-end plastics. Applied in aerospace, shipbuilding, automotive, medical, construction engineering, and other fields.
Cleverly utilizing fiberglass or carbon fiber to enable plastics to meet other special properties and work stably in complex or high-temperature environments. It is one of the important competitive plastic projects in the future.

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Product Parameters
Type L/D Main Power(kw) Screw Diameter(mm) Screw Speed (rpm) Output(kg/h)
MH20 40~44:1 4 21.7 600 5~20
MH25 40~60:1 7.5 25 600 10~30
MH36 40~60:1 30 / 37 35.6 600 70~120
MH50 40~60:1 90 / 110 50 600 200~300
MH52 40~60:1 90 / 110 51.4 600 200~350
MH65 40~60:1 132 / 160 62.4 600 350~600
MH75 40~60:1 220 / 250 71 600 600~950

Application Of Hard Plastics (Engineering Plastics)

With the development of AI and aerospace rockets, the demand for engineering plastics is increasing, which is also a trend for future human development.
More technology companies are accelerating their research and development of new materials.

Aviation chip plastic price

 

 

POM: Used for components such as gears, bearings, and automotive throttle valves that require extremely high precision and wear resistance

PC-ABS: The preferred material for the shell of new energy vehicle charging piles and the body of high-end electronic consumer goods

PA: High-speed rail track fasteners, electrical switches, and other fields

ABS: The mainstream material for the casing of household appliances such as televisions and washing machines

PC: lampshade, phone screen protector, laptop case

PBT: Core raw material for electronic components such as relays and connectors

PC+CNT: Computer conductive motherboard, etc

PA+Carbon Fiber: Drone Paddles, Cars

PP+Class fiber: for automobiles, ships, etc

PEEK: chips, human bones, aerospace, rocket parts, etc

POK: Fuel pipes, engine hood cover, radiator components, gears, bearings, conveyor belts, pneumatic components

PPSU: Bottle, High Temperature Bottle

PES/PPO/PSU: Used for chip trays, carriers, etc

LCP: 5G communication (antenna, high-frequency circuit board), electronic and electrical (connector), automotive and aerospace fields, etc

 

Special materials require specific equipment and perfect matching, in addition to extremely strict process requirements.

Common ones include MH25, MH36, MH50, MH52, and MH65, with MH36 and MH50 having the highest sales volume.

These models are highly favored by researchers in the field of new materials.

 

Selection Of Engineering Plastics Extruder

  1. No need for larger models, specific screw to barrel spacing can achieve higher particle quality
  2. Suggested torque coefficient ≥ 10 Nm/cm ³
  3. Accurate temperature control sensing system, commonly selected from Omron and RKC brands
  4. Internal heating method: Heating rod heating. Reduce heat loss and improve temperature transfer efficiency.
  5. Customized aspect ratio, only to meet the requirements of each special raw material
  6. In addition to water cooling, air-cooled conveyor belts are a common cooling method
  7. High-end raw materials, it is recommended to use a precision weighing system to ensure zero feeding error

 

Customized Solutions

With over 15 years of technical accumulation, we can provide customized material solutions for customers. We participate in the research and development of new materials, especially complex materials. For example, PEEK project cases exceed 10 per year.

We are committed to turnkey services: providing (formula+process+compounding extrusion production line+packaging equipment+on-site installation service+training service)

Whether you are an automobile manufacturer, an electronic equipment manufacturer, or a practitioner in the aerospace and medical equipment fields, engineering plastic extrusion production lines can empower your products and help you seize the opportunity in fierce market competition.

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