polyetheretherketone sheet

GuangZhou Ideal has been making the polyetheretherketone PEEK part product for more than fourteen years, so we’ve got a lot of experience under our belt. Let me quickly break down PEEK material for you: basically, it’s a high-performance specialty plastic. Its molecular chain is packed with benzene rings, and those rings are held together strongly by ketone and ether groups. All those benzene rings are what give PEEK such great heat resistance and mechanical strength.Inside, the material is semi-crystalline—meaning it’s made up of both amorphous and crystalline areas at the same time. Usually, the products we make have a crystallinity between 20% and 35%. But depending on the process we use, we can adjust that. We can go as low as completely amorphous (0%), or push it higher—up to around 48%.

Vespel rods is a top-grade engineering plastic profile with really impressive physical and chemical properties. Polyimide, or PI for short, is a newer type of high-temperature resistant, heat-setting engineering plastic. It keeps its strength and mechanical performance across a huge temperature range from -269°C to 400°C, and can even operate long-term in air between -240°C and 260°C. On top of that, it offers a full package of benefits like oxidation resistance, radiation resistance, corrosion resistance, moisture and heat tolerance, high strength and stiffness, and great dielectric properties.

Torlon injection parts is a PAI product manufactured through injection molding. PAI, which stands for Polyamide-imide, is a non-crystalline material that can handle really high temperatures. Its molecular structure has both amide and imide groups lined up in a regular, alternating pattern. It's mainly produced by reacting trimellitic anhydride with different kinds of aromatic diamines. Essentially, PAI material brings together the toughness you'd expect from polyamide and the serious heat resistance of polyimide, making it one of the top-performing engineering plastics out there.

PEEK plates is a top-tier PEEK profile. PEEK, short for polyetheretherketone, is a semi-crystalline thermoplastic with some really impressive features. It’s produced through a condensation reaction between 4,4'-difluorobenzophenone and hydroquinone, using alkali metal carbonate as a catalyst and diphenyl sulfone as the solvent. As a standout member of the polyaryletherketone (PAEK) family, PEEK ranks among the highest-performing polymer materials out there—often called the “king of resins.” Not only is it strong, chemically stable, and lightweight, but it’s also highly biocompatible, making it a great high-performance plastic alternative to metal.

The PEEK milling parts is made from PEEK plastic and machined using a milling process. So, what's PEEK? It’s short for polyether ether ketone—a high-performance engineering plastic with some really great properties. It can handle high temperatures, it’s self-lubricating, resistant to corrosion, doesn’t burn easily, stands up to moisture and wear, and it’s especially tough when it comes to fatigue.

Torlon sheets is a PAI plastic profile made from PAI resin—that’s polyamide-imide, an amorphous plastic. Basically, it takes the heat resistance and strength of a polyimide and blends it with the easier processing and toughness of a polyamide. Its key features are pretty clear: great heat resistance (works continuously at 250 °C), high resistance to heat deformation (load bending temp of 279 °C), solid mechanical performance—especially tensile strength and impact resistance—along with excellent fatigue life, flame retardancy, and wear resistance. It also handles high-pressure rupture well.