Custom Machined Polyamide-imide (PAI) Parts

Get machined plastic Polyamide-imide (PAI) prototypes and production parts at consistently low prices.

PAI

About Polyamide-imide (PAI)

Here’s what makes PAI plastic special:

     Features

  • Strong and stiff
  • Performs well at elevated temperatures
  • Outstanding bearing and wear properties (bearing grade)
  • Good resistance to many common solvents, fuels, and acids
  • Outstanding mechanical properties
  • Can withstand temperatures between -50°C to around 260°C
  • Highly durable Heavy duty
  • Very low coefficient of expansion (0.025 mm/°C/meter)
  • Dimensionally stable Low frictional resistance
  • Self-extinguishing Resistant to UV, gamma and X-rays
PAI-plastic-machining-parts
PAI APPLICATION

PAI Application

  • Seals
  • Semiconductor machinery parts
  • Chip test sockets
  • Aerospace components
  • Bearings and bushings
  • Bearing cages
  • Pump and valve parts
  • Electronic components
  • Medical components
  • And more…
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Frequently Asked Questions (FAQ)

Polyimides are used in applications where heat resistance is required.[1] For example, polyimide bearings have been successfully operated at up to 150C., Structural parts processed from PMR-15 resin (a common variety) were tested by Boeing and determined not only to be flame resistant but appropriate for usage in the skin of aircraft.

PAI (polyamide-imide), is a highly versatile, amorphous thermoplastic with exceptional mechanical properties. Component built with PAI used in heavyweight loading.

Chemical Structure: The most important difference between polyimide and polyamide The benchmark material for polyimide is imides linkages (-CONH-) in their backbone whereas the amides links that occur perodicaly at every second repeat unit on there chain structure of those chains are what known as Polyamids. The difference between their construction leads to differences in properties and behaviors.

 

Instead of just cured, PAIs benefit from first a molten processing step common to thermoplastics and finally an optional post curing already during the fabrication giving rise in conjunction with a high degree of crystallinity leading to incredibly strong as well as stiff materials that are also wear resistant like few other plastics.

 

Polyamideimide or PAI is the king of high tensile plastics with an incredible 21000PSI tensile strength. Key Properties of VICTREX PEEK — PERFORMANCE PLASTIC Wear and radiation resistance Low flammability, low smoke Inherently high thermal stability

Very high strength and rigidity up to 290°C;Excellant resistance towards chemical ad wear, lower tough than PEI PAI (polyamide- imide) Point Density: PAI withstands higher long-term heat than PE

Polyimide films is an ideal material for flexible and rigid-flex printed circuit boards (FPC &… Polyimide itself has a key property, which it can absorb moisture from the air even in typical room conditions.

Polyamide fabrics are just a hair more tear-resistant and better at blocking out harmful UV rays, so they make for slighty tougher sun shirts. Polyamideclothes are designed to be softer and more comfortable as compare with polyester products. Measure 1: Insulating – therefore, an insulating base layer should be made from polyester.

  • Polycarbonate is the hardest plastic which 20x (minimum) stronger than acrylic and 200x stronger than glass. Having great clarity, it is often used in plastic designation of see through apperance applications.

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Custom Machined Polyamide-imide (PAI) Parts

Get machined plastic Polyamide-imide (PAI) prototypes and production parts at consistently low prices.

  • FREE design and solution
  • No Minimum Order Quantity
  • 100% Quality Guaranteed

 All uploads are secure and confidential.

About Polyamide-imide (PAI)

Here’s what makes PAI plastic special:

     Features

  • Strong and stiff
  • Performs well at elevated temperatures
  • Outstanding bearing and wear properties (bearing grade)
  • Good resistance to many common solvents, fuels, and acids
  • Outstanding mechanical properties
  • Can withstand temperatures between -50°C to around 260°C
  • Highly durable Heavy duty
  • Very low coefficient of expansion (0.025 mm/°C/meter)
  • Dimensionally stable Low frictional resistance
  • Self-extinguishing Resistant to UV, gamma and X-rays

Application​

  • Seals
  • Semiconductor machinery parts
  • Chip test sockets
  • Aerospace components
  • Bearings and bushings
  • Bearing cages
  • Pump and valve parts
  • Electronic components
  • Medical components
  • And more…