Describe the incredible properties of PEEK Reinforced material and why you should use it in future projects.
I want to talk about PEEK and why it’s so cool. Perhaps you chose PEEK due to its remarkable properties or a desire for an alternative to nylon and Teflon. You might have heard that PEEK is hailed as “the best bearing material available.” Is it? Find out and use fewer petroleum products when you read my blog today.
These materials have high strength and stiffness. This means they can withstand heavy loads and resist deformation under stress. PEEK GF30, as you’ll learn today, has a melting point of 552 °C (1,003 °F), which is high. It doesn’t melt but softens well before it does that.
PEEK GF30 and PEEK CF30
The researchers and designers at GF30, the leader in reinforced plastics, have designed a brand new PEEK GF30 material. The new PEEK GF30 has an increased strength level of up to 30% compared to standard PEEK while maintaining its high impact resistance. This means your next potential project will be able to withstand more significant stresses without breaking as quickly!
For machining usage, you need Keward PEEK GF30 rod service. Keward Plastics is an excellent engineering plastic manufacturer with enough stock and good quality.
PEEK GF30 and PEEK CF30 are two grades of PEEK with slightly different molecular structures. GF30 is a glassy form of PEEK with the lowest coefficient of friction of any material on the market today, making it ideal for bearing applications. CF30 is a crystalline form of PEEK with the highest strength of any engineering plastic available today and can be used for parts requiring high stiffness and low weight, such as fuel tanks.
Strength of PEEK CF30
The tensile strength of the PEEK CF30 round bar is three times higher than ABS and PLA, so you can be sure that the printed part will not break during printing or after it’s been printed. Due to high strength, PEEK parts are less likely to crack or warp when compared with other materials, for example, ABS.
GF30 has the same properties as regular PEEK but with a lower glass transition temperature, making it easier to mold and process. You can use GF30 in the same ways as regular PEEK, but usually at lower temperatures. If you cold work or hot work GF30, it can make it even better at handling heat by raising its Tg (glass transition temperature). But doing this might lower its impact strength. GF30 is great for many uses like engine parts, hot runners, and molds that need to be really precise because it’s strong, can handle heat, and doesn’t shrink much.
Bearing grade PEEK plastic
PEEK is a high-performance polymer that offers many advantages to manufacturing processes in addition to its superior mechanical properties. PEEK’s versatility allows you to mold, machine, and extrude it. This makes it great for designing intricate parts with complex shapes.
We create bearing-grade PEEK rods, also known as PCG, by mixing PTFE and carbon fiber with a graphite matrix in PEEK. This composite material offers many advantages over pure PEEK, including:
- Higher strength at higher temperatures
- A better fatigue life compared to conventional carbon fiber-reinforced plastics (CFRPs)
- A lower density than CFRPs
- Excellent electrical properties
How to choose the suitable material
If you’re working on a project that demands high-performance materials and components, PEEK Reinforced material is a great option. It’s the best material for heating and chemical resistance, and it’s radiation-resistant as well. PEEK has one of the highest melting points out of all thermoplastics. It is also highly wear-resistant and can withstand very high temperatures. These properties make it perfect for industrial applications like aerospace, automotive, medical equipment, engines, etc.
What are the properties of PEEK material?
PEEK (Polyether Ether Ketone) material possesses several fundamental properties:
- High Temperature Resistance: PEEK can withstand high temperatures, making it suitable for applications in extreme heat, such as aerospace and automotive components.
- Chemical Resistance: It is highly resistant to various chemicals, acids, and solvents, making it ideal for corrosive environments.
- Mechanical Strength: PEEK exhibits excellent mechanical properties, including high tensile strength, stiffness, and resistance to wear and abrasion.
- Electrical Insulation: An excellent insulator makes it valuable for electrical and electronic components.
- Low Friction Coefficient: PEEK has a low friction coefficient, making it suitable for bearing and sliding applications.
- Dimensional Stability: It maintains its shape and size, even under varying temperature and humidity conditions.
- Biocompatibility: PEEK is biocompatible and often used in medical implants and devices.
- Low Smoke and Toxic Gas Emissions: When exposed to fire, it produces minimal smoke and toxic gas emissions, making it suitable for specific aerospace and transportation applications.
- Radiation Resistance: PEEK can withstand ionizing radiation and is used in nuclear and medical applications.
- Lightweight: It is relatively lightweight compared to some metals, making it a valuable material in weight-sensitive applications.
PEEK is also a great choice if you are using plastics in food processing applications because it offers higher thermal stability than other materials. This is important if you want your products to remain at their best quality throughout their lifetime.
