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JTYPEI®GF30, PEI 30% glass fiber Sheet is produced using Ultem 2300 as the raw material. Compared to the original PEI material (ULTEM 1000), Ultem 2300 exhibits characteristics of high rigidity, mechanical strength, and excellent dimensional stability. Additionally, this engineered polyetherimide has good resistance to high-energy radiation enables the material to be exposed to certain special working environments.
JTYPEI®GF30, PEI 30% glass fiber Sheet is produced using Ultem 2300 as the raw material. Compared to the original PEI material (ULTEM 1000), Ultem 2300 exhibits characteristics of high rigidity, mechanical strength, and excellent dimensional stability. Additionally, this engineered polyetherimide has good resistance to high-energy radiation enables the material to be exposed to certain special working environments.
1. Mechanical Strength: With the addition of 30% glass fiber, PEI GF30 exhibits a significant improvement in rigidity and mechanical strength. The tensile and flexural strengths of the glass fiber-reinforced PEI profile PEIGF30 are approximately 1.4 times that of pure PEI. This enhancement enables PEIGF30 to withstand higher static loads and dynamic stresses, making it suitable for applications requiring high strength and rigidity.
2. Temperature Resistance: In high-temperature environments, PEI GF30 maintains its shape and dimensional stability, showing little deformation or size change. While pure PEI has a thermal deformation temperature of 201°C, PEI GF30 has a thermal deformation temperature of 210°C, providing enhanced thermal stability.
3. Dimensional Stability: PEI GF30 performs exceptionally well in applications requiring resistance to friction and temperature variations. Its coefficient of thermal expansion is half that of PEI Natural, resulting in better wear resistance and a smaller thermal expansion coefficient.
4. Application Range: PEI GF30 is widely used in environments that require resistance to high stresses, fatigue stresses, or impact stresses, such as automotive parts (interior and exterior), semiconductor processing, precision bearings, mechanical load-bearing components, wind power equipment, new energy battery components, and electrical systems. PEI GF30 offers greater advantages in applications demanding higher strength and stability.
5. Processing Characteristics: Although PEI GF30 may be slightly more challenging to process than pure PEI, efficient and precise machining can still be achieved by selecting appropriate processing methods and parameters. Furthermore, the reinforcement effect of PEI GF30 results in products with enhanced performance after processing.
1. Mechanical Strength: With the addition of 30% glass fiber, PEI GF30 exhibits a significant improvement in rigidity and mechanical strength. The tensile and flexural strengths of the glass fiber-reinforced PEI profile PEIGF30 are approximately 1.4 times that of pure PEI. This enhancement enables PEIGF30 to withstand higher static loads and dynamic stresses, making it suitable for applications requiring high strength and rigidity.
2. Temperature Resistance: In high-temperature environments, PEI GF30 maintains its shape and dimensional stability, showing little deformation or size change. While pure PEI has a thermal deformation temperature of 201°C, PEI GF30 has a thermal deformation temperature of 210°C, providing enhanced thermal stability.
3. Dimensional Stability: PEI GF30 performs exceptionally well in applications requiring resistance to friction and temperature variations. Its coefficient of thermal expansion is half that of PEI Natural, resulting in better wear resistance and a smaller thermal expansion coefficient.
4. Application Range: PEI GF30 is widely used in environments that require resistance to high stresses, fatigue stresses, or impact stresses, such as automotive parts (interior and exterior), semiconductor processing, precision bearings, mechanical load-bearing components, wind power equipment, new energy battery components, and electrical systems. PEI GF30 offers greater advantages in applications demanding higher strength and stability.
5. Processing Characteristics: Although PEI GF30 may be slightly more challenging to process than pure PEI, efficient and precise machining can still be achieved by selecting appropriate processing methods and parameters. Furthermore, the reinforcement effect of PEI GF30 results in products with enhanced performance after processing.
For turning or milling, remove the surface heat treatment aging layer, generally by 0.2 mm.
Choose PCD-coated tools for milling.
Use PCD-coated drill bits, following the principle of first drilling small holes and then enlarging them.
Ensure sufficient cooling of the cutting fluid during processing to prevent material burning and tool adhesion.
It is recommended to use water-soluble cutting fluid.
Storage Instructions:
Keep away from light, moisture, and oily substances.
If not in use, please wrap it with a film.
For turning or milling, remove the surface heat treatment aging layer, generally by 0.2 mm.
Choose PCD-coated tools for milling.
Use PCD-coated drill bits, following the principle of first drilling small holes and then enlarging them.
Ensure sufficient cooling of the cutting fluid during processing to prevent material burning and tool adhesion.
It is recommended to use water-soluble cutting fluid.
Storage Instructions:
Keep away from light, moisture, and oily substances.
If not in use, please wrap it with a film.
| Performance | Test Method | Unit | PEI GF30 |
| Color | Eye | / | Olive |
| Density | ISO 1183-1 | g/cm3 | 1.51 |
| Tensile Strength | ISO 527-2 | MPa | ≥160 |
| TensileModulus | ISO 527-2 | GPa | ≥7.0 |
| Charpy Impact Strength(Notched) | ISO 179 | kJ/m2 | >6.0 |
| Flexural Strength | ISO 178 | MPa | ≥210 |
| Flexural Modulus | ISO 178 | GPa | ≥5.8 |
| Compression Strength | ISO 604 | MPa | ≥190 |
| Compression Modulus | ISO 604 | GPa | ≥2.5 |
| Rockwell Hardness | ISO 2039-2 | M | ≥110 |
| Coefficient of Linear Thermal Expansion | ISO 11359-2 | 10-6/K | ≤30 |
| Long-term ServiceTemperature | UL 746B | ℃ | 170-180 |
| Heat Deflection Temperature | ISO 75-2 | ℃ | ≥200 |
| WaterAbsorption(23℃、Water、24h) | ISO 62 method 1 | % | ≤0.26 |
| Flame Retardancy | UL 94 | / | V-0 |
| Volume Resistivity | IEC 62631-3-1 | Q-cm | 10^14-10^16 |
| Dielectric Strength | IEC 60243-1 | kV/mm | ≥25 |
| Dielectric Constant(1MHz) | IEC62631-2-1 | / | 4 |
| Dielectric Loss(1MHz) | IEC 62631-2-1 | / | 5*10^-3 |
| Performance | Test Method | Unit | PEI GF30 |
| Color | Eye | / | Olive |
| Density | ISO 1183-1 | g/cm3 | 1.51 |
| Tensile Strength | ISO 527-2 | MPa | ≥160 |
| TensileModulus | ISO 527-2 | GPa | ≥7.0 |
| Charpy Impact Strength(Notched) | ISO 179 | kJ/m2 | >6.0 |
| Flexural Strength | ISO 178 | MPa | ≥210 |
| Flexural Modulus | ISO 178 | GPa | ≥5.8 |
| Compression Strength | ISO 604 | MPa | ≥190 |
| Compression Modulus | ISO 604 | GPa | ≥2.5 |
| Rockwell Hardness | ISO 2039-2 | M | ≥110 |
| Coefficient of Linear Thermal Expansion | ISO 11359-2 | 10-6/K | ≤30 |
| Long-term ServiceTemperature | UL 746B | ℃ | 170-180 |
| Heat Deflection Temperature | ISO 75-2 | ℃ | ≥200 |
| WaterAbsorption(23℃、Water、24h) | ISO 62 method 1 | % | ≤0.26 |
| Flame Retardancy | UL 94 | / | V-0 |
| Volume Resistivity | IEC 62631-3-1 | Q-cm | 10^14-10^16 |
| Dielectric Strength | IEC 60243-1 | kV/mm | ≥25 |
| Dielectric Constant(1MHz) | IEC62631-2-1 | / | 4 |
| Dielectric Loss(1MHz) | IEC 62631-2-1 | / | 5*10^-3 |
PEI GF30 Sheet Specification | ||||||
Dimension | Length(mm) | 1M Length Weight(kg) | Length(mm) | 2M Length Weight(kg) | Length(mm) | 3M Length Weight(kg) |
5 x 620 | 1000 | 5.74 | 2000 | 11.48 | 3000 | 17.22 |
6 x 620 | 1000 | 6.69 | 2000 | 13.38 | 3000 | 20.07 |
8 x 620 | 1000 | 8.60 | 2000 | 17.20 | 3000 | 25.80 |
10 x 620 | 1000 | 10.52 | 2000 | 21.04 | 3000 | 31.56 |
12 x 620 | 1000 | 12.43 | 2000 | 24.86 | 3000 | 37.29 |
15 x 620 | 1000 | 15.23 | 2000 | 30.47 | 3000 | 45.70 |
16 x 620 | 1000 | 16.25 | 2000 | 32.50 | 3000 | 48.75 |
20 x 620 | 1000 | 20.08 | 2000 | 40. 16 | 3000 | 60.24 |
25 x 620 | 1000 | 25.81 | 2000 | 51.62 | 3000 | 77.43 |
30 x 620 | 1000 | 30.59 | 2000 | 61. 18 | 3000 | 91.77 |
35 x 620 | 1000 | 35.37 | 2000 | 70.74 | 3000 | 106. 11 |
40 x 620 | 1000 | 40. 15 | 2000 | 80.30 | 3000 | 120.45 |
45 x 620 | 1000 | 45.41 | 2000 | 90.82 | 3000 | 136.23 |
50 x 620 | 1000 | 50.67 | 2000 | 101.34 | 3000 | 152.01 |
60 x 620 | 1000 | 60.23 | 2000 | 120.46 | 3000 | 180.69 |
70 x 620 | 1000 | 70.27 | 2000 | 140.54 | 3000 | 210.81 |
80 x 620 | 1000 | 79.83 | 2000 | 159.66 | 3000 | 239.49 |
90 x 620 | 1000 | 89.87 | 2000 | 179.74 | 3000 | 269.61 |
100 x 620 | 1000 | 99.91 | 2000 | 199.82 | 3000 | 299.73 |
PEI GF30 Sheet Specification | ||||||
Dimension | Length(mm) | 1M Length Weight(kg) | Length(mm) | 2M Length Weight(kg) | Length(mm) | 3M Length Weight(kg) |
5 x 620 | 1000 | 5.74 | 2000 | 11.48 | 3000 | 17.22 |
6 x 620 | 1000 | 6.69 | 2000 | 13.38 | 3000 | 20.07 |
8 x 620 | 1000 | 8.60 | 2000 | 17.20 | 3000 | 25.80 |
10 x 620 | 1000 | 10.52 | 2000 | 21.04 | 3000 | 31.56 |
12 x 620 | 1000 | 12.43 | 2000 | 24.86 | 3000 | 37.29 |
15 x 620 | 1000 | 15.23 | 2000 | 30.47 | 3000 | 45.70 |
16 x 620 | 1000 | 16.25 | 2000 | 32.50 | 3000 | 48.75 |
20 x 620 | 1000 | 20.08 | 2000 | 40. 16 | 3000 | 60.24 |
25 x 620 | 1000 | 25.81 | 2000 | 51.62 | 3000 | 77.43 |
30 x 620 | 1000 | 30.59 | 2000 | 61. 18 | 3000 | 91.77 |
35 x 620 | 1000 | 35.37 | 2000 | 70.74 | 3000 | 106. 11 |
40 x 620 | 1000 | 40. 15 | 2000 | 80.30 | 3000 | 120.45 |
45 x 620 | 1000 | 45.41 | 2000 | 90.82 | 3000 | 136.23 |
50 x 620 | 1000 | 50.67 | 2000 | 101.34 | 3000 | 152.01 |
60 x 620 | 1000 | 60.23 | 2000 | 120.46 | 3000 | 180.69 |
70 x 620 | 1000 | 70.27 | 2000 | 140.54 | 3000 | 210.81 |
80 x 620 | 1000 | 79.83 | 2000 | 159.66 | 3000 | 239.49 |
90 x 620 | 1000 | 89.87 | 2000 | 179.74 | 3000 | 269.61 |
100 x 620 | 1000 | 99.91 | 2000 | 199.82 | 3000 | 299.73 |
