PEEK 90G Granules

• PEEK 90P Material Description

PEEK 90P is a High performance thermoplastic material, unreinforced PolyEtherEtherKetone (PEEK), semi crystalline, coarse powder for extrusion compounding, very easy flow, FDA food contact compliant, colour natural

• peek 90 powder Application

It can be used as a modified material with high fiber filling ratio to make high strength, high modulus and low expansion coefficient materials. Used in cell phone flip cover connecting rod, helicopter camera bracket, telescope lens barrel.

1. Cell phone flip cover connecting rod: peek 90P is commonly used in cell phone flip cover connecting rod and other parts that need to withstand high-frequency use and high-temperature environments, with excellent abrasion resistance and high-temperature resistance.

2. Helicopter camera mounts: peek 90P is used for helicopter camera mounts because the plastic used to manufacture helicopter camera mounts needs to be lightweight, high strength and corosion resistant.

3. Telescope Tubes: peek 90P is used for telescope tubes because telescope tubes require high strength and a low coefficient of expansion to ensure lens stability and precision.

PEEK 90G material describtion

PEEK 90G is a high performance thermoplastic material which is made from unreinforced polyether ether ketone (PEEK). In the form of semi-crystalline, deeply filtered granules designed for injection molding, it has excellent flowability. It meets FDA food contact standards, 90G color is natural/beige , 90G903 color is black, commonly used language extruded filament and then blended with carbon fiber to make continuous fiber composites. It can be used to make acoustic films as low as 5 microns thick, with excellent fatigue and creep resistance. Its excellent ductility and resistance to harsh chemical environments, as well as its suitability for sterilization, make it the material of choice for medical and food contact applications.

Mechanical Properties：

• Tensile Strength ：peek 90g exhibits a tensile strength of 105 MPa at 23°C, a tensile elongation of 20% and a tensile modulus of 4.1 GPa.
• Thermal Properties: Melting point is 343°C and glass transition temperature is 143°C.

• MECHANICAL DATA: Tensile strength of 105 MPa, 20% tensile elongation, and 4.1 GPa tensile modulus at 23°C. Flexural strength of 130 MPa at 3.5% strain, yield strength of 175 MPa at 23°C. Flexural modulus of 3.9 GPa, and compressive strength of 130 MPa.
• Thermal Data:
• Melting point is 343°C, glass transition temperature (Tg) is 143°C.
• FLOW: Melt viscosity is 90 Pa.s at 400°C.
• OTHER: Density of crystals (1.30 g/cm³) and Shore D hardness (85) at 23°C and water absorption.

•  Electrical Properties:

• Dielectric strength (23 kV/mm at 2 mm thickness), comparative tracking index (150 V), loss angle tangent (0.004 at 23°C, 1 MHz) and dielectric constant (3.1 at 23°C, 1 kHz).

Fire and smoke:

• Luminescent filament test (960°C at 2mm thickness) and limiting oxygen index (24% O2 at 0.4mm thickness, 35% O2 at 3.2mm thickness).

Typical Applications:

1. Monofilaments (preparation of high temperature screens)

   • Monofilaments can be used to create a grid structure for high temperature screens used to filter impurities from high temperature fluids or gases.

2. Multifilament:

   • Compound filament is a fiber material made from a combination of multiple monofilaments with greater strength and higher abrasion resistance.
   • Compound filaments are used in the manufacture of high-strength ropes, cables, composites and so on.

3. Film (thin film, less than 100um thick):

   • Thin films refer to thin materials used in a variety of industrial and technological applications, typically ranging in thickness from a few micrometers to tens of micrometers.
   • Films are used in electronics, optics, and packaging materials, which include polymer films, metal films, and others.

4. Color Masterbatch：

   • Masterbatch can be used in the production of plastic and rubber products by adjusting the color, transparency and other characteristics as needed.

5. Enameled Wire：

   • Enameled wire is a type of wire that consists of a metal core and an insulating lacquer coating, and is commonly used in electrical equipment such as motors and transformers.
   • The insulation layer of enameled wire is usually made of a special insulating material to ensure that the wire can still function properly under conditions of high temperature and high pressure, so Peek 90G is used as one of the materials for the insulation layer.
6. Peek 90G is made into filaments and blended with carbon fibers, which are molded into a complex continuous fiber composite material.

• PEEK 90GL60 Descriptions

Peek 90Gl60 is a high performance thermoplastic material containing 60% glass fiber reinforced polyether ether ketone (PEEK) for injection molding. This material is semi-crystalline, meets FDA food contact standards, and is available in natural/beige colors.

Key areas of application include static systems that require high strength, have a low coefficient of thermal expansion, are resistant to chemical corrosion, and are suitable for sterilizing medical and food contact applications.

• High modulus glass fiber reinforced PEEK

Application Scenario：

1. Manufacture of thin-walled parts:  PEEK 90GL60 is used for the manufacture of thin-walled parts, such as pipe connectors, pump bodies, valves, etc.

2. Other applications: PEEK 90GL60 is also used in the manufacture of components for aerospace, electronics, medical devices, and other fields.

PEEK 90CA30 Material Describtion

PEEK 90CA30 is a PEEK composite material containing 30% carbon fiber + 70% pure resin, which has excellent mechanical properties, durability, high strength, high rigidity and thermal conductivity.

1. High Strength and Rigidity: Carbon fiber reinforcement gives PEEK 90CA30 extremely high strength and rigidity for high load and high stress applications.
2. Excellent Wear Resistance: The addition of carbon fibers improves the wear resistance of the material, making it suitable for parts requiring high wear resistance.
3. High Thermal Conductivity: ：Carbon fiber reinforcement improves the thermal conductivity of the material, which aids in the rapid dissipation of heat.
4. Chemical resistance:PEEK 90CA30 is highly resistant to most chemicals.
5. Low coefficient of friction: The smooth surface of the material has a low coefficient of friction, making it suitable for use as sliding and rolling parts.

Key Application Scenarios

1. Aerospace:

   • Structural components: Structural components for frames, braces and connectors for high-strength and lightweight aircraft and spacecraft.
   • High-temperature components: Used in engines and turbines, etc. that can maintain stable performance at high temperatures and in harsh environments.

2. Automotive industry：

   • Engine and transmission systems: For engine components such as transmission gears and drive shafts, which are high-strength and highly wear-resistant.
   • Braking system: For brake discs and pads, etc., thermal conductivity and wear-resistant high-performance braking system components.

3. Electronic and electrical:

   • Insulation and Structural Components: Used in the manufacture of structural components and insulation materials for electronic equipment requiring high strength and high thermal conductivity.

   • Connectors:   For high-performance electronic connectors and high-temperature electrical connectors.

4. Industrial Machinery:

   • High-load bearings and gears: For bearings, gears and transmission components in heavy machinery and equipment, providing high wear resistance and low friction performance.
   • Pumps and valves: High-performance pump and valve components for the chemical, oil and gas industries

5. Medical devices:

   •  Implants and instruments:  For the manufacture of medical implants and surgical instruments such as orthopedic fixation devices and surgical instruments that require biocompatibility and high mechanical properties
   • Diagnostic equipment: For medical diagnostic equipment components with high precision and durability.

6. Energy and Power:

   • Insulation materials:  For insulation in high-voltage cables and power equipment
   • Wind and solar power equipment: High-performance structural components used in wind power and solar power equipment

PEEK 90HMF20 Description

PEEK 90HMF20 is a PEEK material containing 20% high modulus fibers, typically carbon.

Main performance：

1. High Strength and Rigidity: With 20% high modulus fibers, PEEK 90HMF20 has higher strength and rigidity than pure PEEK.
2. Wear resistance: Fiber reinforcement improves the material's wear resistance, making it suitable for use in parts that require abrasion-resistant properties.
3. Thermal Conductivity: ：Compared to pure PEEK, fiber-reinforced materials have better thermal conductivity, helping to dissipate heat.。
4. Chemical resistance: PEEK 90HMF20 is highly resistant to most chemicals and is suitable for use in chemical environments.
5. Low coefficient of friction: The material's smooth surface and low coefficient of friction make it suitable for sliding and rolling parts.
6. High Temperature Stability: The ability to maintain its mechanical properties at high temperatures makes it suitable for use in high temperature environments.

Main Application:

1. Automotive Industry:

   • Engine components: For engine components used in high-load, high-temperature environments, such as piston rings, seals and bearings.
   • Transmission systems: ：For components such as transmission gears and drive shafts, which require high strength and wear resistance.

2. Electronic and electrical:

   • Structural and insulating parts: For structural parts of electronic equipment requiring high mechanical strength and good。
   • Connectors and plugs: For high thermal conductivity and wear resistance, high performance electronic connectors and plugs.

PEEK 90HMF40 material describtion and application

PEEK 90HMF40 is a high-performance PEEK composite material that consists primarily of PEEK 60% pure resin + 40% carbon fiber reinforcement.

Main Properties：

1. High Strength and Rigidity: Due to the addition of 40% carbon fiber, PEEK 90HMF40 has higher strength than 100% pure resin PEEK.
2. High Temperature Resistance: 100% PEEK has a very high temperature resistance, with a glass transition temperature of approximately 143°C and a melting point of 343°C. The reinforced PEEK 90HMF40 has a physical property change of less than 2% at high temperatures.
3. Chemical resistance: Excellent corrosion resistance to most chemicals (e.g. acids, alkalis, solvents).
4. Wear resistance and low coefficient of friction: Carbon fiber reinforced PEEK material has excellent wear resistance and low coefficient of friction.

Application Scenarios and Specific Product Models:

1. Aerospace: PEEK 90HMF40 is used for cable sheathing, connectors, fasteners (Boeing Standard Fasteners, BACS13FV series), and insulating brackets on the Boeing 787 aircraft.

2. Automotive industry: PEEK 90HMF40 BMW M series engine cover.

3. Medical devices: PEEK 90HMF40 Surgical implants (hip prostheses) and dental instruments.

4. Electronic and electrical engineering: High-frequency connectors.