Imported dark yellow PEI board) price polyetherimide board) PEI board

Imported dark yellow board) price polyetherimide board) board Imported dark yellow board) price polyetherimide board) board): It is a thermoplastic engineering resin with good stability and performance< rbr(,,): r, (,,) b r> ( ): One of the outstanding properties of resin is its ability to withstand long-term high temperature testing. This high heat resistance, combined with excellent flammability and laboratory certification, enables the resin to meet the demanding requirements of high temperature applications.
< rbr(,,): r, (,,) b r> ( ): (ductility) Resin not only has an unparalleled combination of high strength and high modulus, it also has outstanding ductility. Its yield-stretch extension allows it to freely incorporate a variety of snap-fit designs for easy assembly. Even when only % glass fiber reinforcement is added, the resin remains ductile at temperatures ranging from sub-zero to ℃.
< rbr(,,): r, (,,) b r> ( ): (Impact strength) Resin has excellent practical impact resistance. Given that the resin exhibits notch sensitivity, it is recommended to adhere to standard design principles. Concentration points of applied forces (such as sharp corners) in injection molded parts should be minimized to provide maximum impact strength. *Resin designed for applications requiring high impact properties. The notch impact of this series can reach з.
< rbr(,,): r, (,,) b r>( ): (Fatigue resistance) For cyclic loading or swing parts, fatigue is an important design consideration.
< rbr(,,): r, (,,) b r>( ): (Creep behavior) When considering the
mechanical properties of any thermoplastic, the designer must be aware of temperature, stress levels and the effect of load duration on material properties. The resin also exhibits excellent creep resistance at temperatures and stress levels that prohibit the use of many other thermoplastics.
< rbr(,,): r, (,,) b r>( ): The resin has excellent electrical properties and remains stable under a wide range of environmental conditions. This, combined with thermal and mechanical properties, makes the resin ideal for demanding electronic and electrical applications.
< rbr(,,): r, (,,) b r> ( ) (relative permittivity) Although applications may require higher or lower absolute values of the relative permittivity, it is these values that are more important. Stable over the entire operating temperature and/or frequency range.