PEEK 150G Granules & Powder

• PEEK 150P/150PF Material Description

PEEK 150P/150PF 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 150P/150PF powder Material Properties

PEEK 150P/150PF Applications

PEEK 150P

1. Extrusion molding: can be applied to films, tubes, rods and profiles for use with flexible and rigid metal substrates.
2. Injection molding: can be used by engineering industries in products that can withstand advanced uses such as gears, bearings and valves.
3. Food contact applications: FDA compliant and it’s tested to work in other bodies or sub-assemblies of food processing equipment.
4. Aerospace: It also turns out that it can be utilized in the production of components for use in aerospace industries.
5. Electrical and electronics: may also be employed for applications for high performance insulation and all other electronic components.

PEEK 150PF

1. Coatings and composites: That is why similar to other fluoropolymers it can be used as a filler to enhance the mechanical characteristics and chemical stability of the coating or composite material.
2. Medical devices: are suitable for the instruments used for surgery and implants that are used in surgeries.
3. Additive manufacturing (3D printing):  as far as printing media is concerned, it can be used on parts that are strong and have high heat tolerance and if the parts were printed, they were printed using 3D.
4. Industrial applications: It is suitable for pumps, compressor parts and other high requisites of industrial quality goods.

PEEK 150UF10 material describtion

Description: It is a high-performance thermoplastic material that is PEEK - polyether ether ketone, the material can be described as being semi-crystalline, fine powder for composite production, having good flow characteristics, being FDA food contact allowing and has natural color.

PEEK 150UF10 Properties

Mechanical Properties:

Tensile strength (23°C): 100 MPa Nature of stress Normal stresses are tensile or axial stresses while shear stresses are tangential stresses.

Elongation at break (23°C): However, the percentage of pupils in the 'below average' category seems to be on the decline at 15%.

Tensile modulus (23°C): 4. 1 GPa

Flexural strength (23°C): The OAV has been reported to be about 170 MPa.

Flexural modulus (23°C): 3. 9 GPa

Notched impact strength (23°C): The steps followed during the preparation of data collection tools are: 5 kJ/m²

Thermal Properties:

Melting point: 343°C

Glass transition temperature (Tg): Operating temperature: 143°C at the beginning and 147°C in the midpoint.

Fluidity:

Melt viscosity (400°C): 130 Points, Pa.

Other:

Density: 1. 30 g/cm³

Bulk density: 0. 30 g/cm³

Average particle size (D50): The objects are in the lager range of 10 µm if compared to the wavelengths of the light emission from sources which are 20µmA.

Typical processing conditions: Drying temperature/time: 150°C for 3 hrs, or 120°C for 5 hrs (below 0. 02% residual humidity), processing temperature: 380-400°C.

Applications for PEEK 150UF10

1. Composite Manufacturing:Its properties make PEEK 150UF10 suitable where high performance composites are needed, and as fine powder. Its most important characteristic of high strength and high temperature resistance makes it suitable for use as matrix in the process of making fibre reinforced composites such as carbon and glass fibre reinforced composites.
2. Coatings and adhesives:Because of its high fineness and the proper values of the mechanical and thermal characteristics, 150UF10 can be used in thin-film high-performance coatings and adhesives to enhance the tribo, chemical, and thermal performances of material substrates.
3. Medical Devices:150UF10 has capability as a medical grade material and conforms to FDA food contact standards for manufactured medical devices and implants. Such devices come with demands for biocompatibility, mechanical strength alongside chemical and heat resistance to sterilization methods such as autoclaving.
4. Electronic and Electrical Components:Applied in construction of electronic and electrical parts for instance capacitors and film resistors that demand for high performing insulating material. Due to these properties, its main applications are in high temperature electrical insulation, and a variety of other electrical applications in electronics.
5. Industrial Applications:To cater with complicated industrial parts that mechanical plants demand from pumps and compressor industries. It has a high mechanical properties as well as chemically resistant hence suitable for use in a mach harsh operating conditions.

• PEEK 150G Descriptions

Peek 150G/151G is a high performance thermoplastic material, unreinforced polyether ether ketone (PEEK), semi-crystalline, deep-filtered granules for injection molding, good flow, FDA food contact compliant, natural/beige color.

    PEEK 150G/151G  Material Properties

150G/151G Application Scenario：

1. Injection Molding:PEEK 150G/151G pellets are particularly suitable for injection molding systems especially for components with complicated shapes, high aspect ratio requirement or with long flow lengths. Thanks to having high strength and rigidity together with good ductility, they demonstrate good performance even under the harshst conditions.
2. Sanitation application in medical and food contact areas:As a result, PEEK 150G/151G is ideal material for producing medical equipment, and products that will have contact with foods since it has Resistant to, and can be Sterilized. These materials are compliant to FDA and in the normal sterilization process can be subjected to very high temperatures and pressures.
3. Electronic and Electrical Components:The property which makes it ideal for the manufacturing of such electrical components as insulators and connectors is its relatively high dielectric strength and high volume resistivity.
4. Industrial applications:Ideal for gearing and other parts in industrial equipment like pumps compressors where chemical stability and high mechanical properties are desirable. They include; high operating temperature due to heat and good mechanical strength which make it efficient in harsh environments.

PEEK 150GL15 Properties

Mechanical Data.
Tensile strength (23°C): 135 MPa
Tensile modulus (23°C): 7.5 GPa
Flexural strength (23°C): 215 MPa
Flexural modulus (23°C): 7.3 GPa
Notched impact strength (23°C): 6.0 kJ/m²
Unnotched impact strength (23°C): 25 kJ/m²

Thermal data:

Melting point: 343°C
Melting point: 343°C
Glass transition temperature (Tg): 143°C (start), 147°C (midpoint)
Coefficient of thermal expansion (below Tg): 30 ppm/K (flow direction), 55 ppm/K (average)
Heat deflection temperature (1.8 MPa): 323°C
Thermal conductivity (23°C): 0.35 W/m-K (flow direction), 0.30 W/m-K (average)

Miscellaneous Data.

Density: 1.40 g/cm³
Hardness (Shore D, 23°C): 85.5
Water Absorption (23°C, Saturated): 0.4
Water Absorption (100°C, saturated): 0.5%

Electrical Data:

Dielectric strength (2mm thickness): 23 kV/mm
Volume resistivity (23°C): 10^16 Ω-cm

Application:

1. Automotive: For application where the component load is low, but the demand for strength and chemical resistance is high: sensor housings and connectors.
2. Electrical and electronics: for high-reliability connectors, sockets and other parts where high dielectric strength, low electrical conductivity, and good chemical and thermal stability is desired.
3. Medical devices: used for creating surgical instruments and medical device parts that need to be strong and safe to be in close contact with the body.
4. Food industry: Hardware components that go into the making of food processing equipment, FDA food contact compliant and capable of undergoing sterilization.

PEEK 150GL20 material describtion and application

PEEK 150GL20 High performance thermoplastic material, 20% glass fiber reinforced polyether ether ketone (PEEK), semi-crystalline, injection molded pellets, very easy to flow, FDA food contact compliant, natural/beige color.

Main Properties：

Mechanical Data.
Tensile strength (23°C): 160 MPa
Tensile Modulus (23°C): 9.0 GPa
Flexural Strength (23°C): 250 MPa
Flexural modulus (23°C): 8.5 GPa
Notched impact strength (23°C): 6.0 kJ/m²
Unnotched impact strength (23°C): 35 kJ/m²

Thermal data.

Melting point: 343°C
Melting point: 343°C
Glass transition temperature (Tg): 143°C (start), 147°C (midpoint)
Coefficient of thermal expansion (below Tg): 25 ppm/K (flow direction), 45 ppm/K (average)
Heat Deflection Temperature (1.8 MPa): 323°C
Thermal conductivity (23°C): 0.35 W/m-K (flow direction), 0.30 W/m-K (average)

Miscellaneous Data.
Density: 1.43 g/cm³
Hardness (Shore D, 23°C): 86
Water Absorption (23°C, Saturated): 0.4
Water Absorption (100°C, Saturated): 0.45
Electrical Data: Dielectric Strength (2mm thickness)
Dielectric strength (2mm thickness): 23 kV/mm

Application

1. Industrial equipment: for applications in pumps valves and seals that are required to exert very high pressures while at the same time, they need to be chemical solvent resistant.
2. Aerospace: Parts of cylinder bores, connecting rods, pistons for auto-mobiles and for aircraft, cranks shaft, gears for auto-mobiles, aeroplanes, and other machines and instruments to be used where lightness and high strength, as well as heat-resistance are required.
3. Medical Devices: Printed circuit and related technology to produce instruction manual for imaging and prototyping of the components and segments of desired surgical and orthopedic devices that have complex shapes and geometries that need to be auto-claved.
4. Chemical industry: Manufacture of corrosion resistance tubes for carrying corrosive product, all kinds of pumps and valves that are used in industries where products cause corrosion.

PEEK 150GL30 Main Properties：

Mechanical Data.
Tensile strength (23°C): 200 MPa
Tensile modulus (23°C): 12.0 GPa
Flexural strength (23°C): 290 MPa
Flexural modulus (23°C): 11.5 GPa
Notched impact strength (23°C): 10.5 kJ/m²
Unnotched impact strength (23°C): 60 kJ/m²

Thermal data.

Melting point: 343°C
Melting point: 343°C
Glass transition temperature (Tg): 143°C (start), 147°C (midpoint)
Coefficient of thermal expansion (below Tg): 20 ppm/K (flow direction), 45 ppm/K (average)
Heat deflection temperature (1.8 MPa): 335°C
Thermal conductivity (23°C): 0.35 W/m-K (flow direction), 0.30 W/m-K (average)

Miscellaneous Data.
Density: 1.52 g/cm³
Hardness (Shore D, 23°C): 87
Water Absorption (23°C, saturated): 0.3

Application 

1. Aerospace: In zones where thinnn super-strong and stiff should be directed to the overall reinforcement of the structure, for instance, some sections of the aircraft fuselage, and where fasteners are exposed to high temperatures.
2. Oil & Gas: This include fabrication for the required down hole tools and equipments part which interactively can share mechanical loads as well as chemical products.
3. Power industry: especially for those item that necessitate the quality of thermal conductivity for the material or where mechanical property is important as in the insulators and the connection or supports.
4. Automotive industry: The constituent materials employed in the engines and the driveline parts for manufacturing that demand highest strength, as well as highest stiffness at high temperature as well pressure.

PEEK 150CA30 material describtion and application

PEEK 150ca30 is a high-performance PEEK composite material that consists primarily of PEEK 70% pure resin + 30% carbon fiber reinforcement.

Main Properties：

Mechanical Data:

• Tensile Strength:
  • 23°C: 270 MPa
  • 125°C: 170 MPa
  • 175°C: 105 MPa
  • 275°C: 60 MPa
• Tensile Elongation (Break):
  • 23°C: 1.5%
• Tensile Modulus:
  • 23°C: 28 GPa
• Flexural Strength:
  • 23°C: 380 MPa
  • 125°C: 275 MPa
  • 175°C: 130 MPa
  • 275°C: 65 MPa
• Flexural Modulus:
  • 23°C: 24 GPa
• Compressive Strength:
  • 23°C: 300 MPa
  • 120°C: 200 MPa
  • 200°C: 70 MPa
• Charpy Impact Strength (Notched):
  • 23°C: 6.0 kJ/m²
• Charpy Impact Strength (Unnotched):
  • 23°C: 45 kJ/m²
• Izod Impact Strength (Notched):
  • 23°C: 7.5 kJ/m²
• Izod Impact Strength (Unnotched):
  • 23°C: 40 kJ/m²

Thermal Data:

• Melting Point: 343°C
• Glass Transition Temperature (Tg):
  • Onset: 143°C
  • Midpoint: 147°C
• Coefficient of Thermal Expansion:
  • Along flow below Tg: 5 ppm/K
  • Average below Tg: 40 ppm/K
  • Along flow above Tg: 6 ppm/K
  • Average above Tg: 100 ppm/K
• Heat Deflection Temperature:
  • 1.8 MPa: 339°C
• Thermal Conductivity:
  • Along flow, 23°C: 2.0 W/m·K
  • Average, 23°C: 0.95 W/m·K
• Relative Thermal Index:
  • Mechanical without impact: 240°C
  • Mechanical with impact: 200°C

Miscellaneous Data:

• Density: 1.40 g/cm³
• Shore D Hardness (23°C): 87.5
• Water Absorption by Immersion:
  • Saturation, 23°C: 0.3%
  • Saturation, 100°C: 0.45%
• Volume Resistivity (23°C, 1V): 10⁵ Ω·cm
• Fire Smoke Toxicity:
  • Glow Wire Test (2mm thickness): 960°C
  • Toxicity Index (CO content): 0.05
  • CO2 content: 0.12
  • Total gases: 0.17

Flow:

• Melt Viscosity:
  • 400°C: 300 Pa.s

Typical Processing Conditions:

• Drying Temperature/Time: 150°C/3h or 120°C/5h (residual moisture <0.02%)
• Temperature Settings: 365/370/375/380/385°C (Nozzle)
• Hopper Temperature: Not greater than 100°C
• Mould Temperature: 180°C - 210°C
• Runner Die/Nozzle: >3mm, Manifold >3.5mm
• Gate: >2mm or 0.5 x part thickness

Mould Shrinkage and Spiral Flow:

• Spiral Flow: 385°C nozzle, 200°C tool, 1mm thick section, 140mm
• Mould Shrinkage:
  • Along flow: 0.1%
  • Across flow: 0.5%

Application :

1. Aerospace: structural components with demanding high strength, high wear resistance, such as with interior aircraft parts, fasteners.
2. Industry oil and gas category manufacturing of downhole tools and equipment components attributes Excellent mechanical strength, chemical resistance.
3. Used in engine components and transmission systems, excellent for hostile high temperature / pressure environments such as automotive industryispersants in lubricating oil.
4. Industrial Equipment: production of pumps, valves and seals that should be stronger and chemical resistant.
5. Electronics and Electrical: Ideal for high performance connectors or any electrical insulation applications.