HyboFOAM® AF (Advanced and Fined cell size) is high-class closed-cell rigid foam plastic with fined cell, based on PMI (polymethacrylimide) polymer, which does not contain any CFC's. HyboFOAM® AF attributes a fine and unique cell size grade (0.2 to 0.4mm).
Based on HyboFOAM® A, keeping the premise of excellent mechanics property, HyboFOAM® AF particularly fined cell size, which is suitable for resin liquid infusion process.
The processing parameter is up to temperature of 180°C and maximum pressure up to 0.7 MPa. Structural components can be manufactured by the following cure methods; Autoclave, Vacuum bagged, RTM, VARTM, VARI,HP-RTM and others. Due to superb resin absorption property, engineer will seek an excellent balance between peel-off strength and light-weight requirement. To meet different dimension parts and geometry, it is very easy to shape HyboFOAM® AF by thermo-shaping, bonding by various adhesive, and common CNC machine.
The application of HyboFOAM® AF is basically focused on civil aircraft, UAV, etc.
In order to better guide users, we have conducted extensive testing in various aspects, including:
· Moisture absorption performance
· Dielectric constant
· Compression creep
· High temperature mechanical properties
· Coefficient of thermal expansion
· Resin absorption rate
You can contact our sales team for more detailed test results.
密度 Density | 压缩强度 Compression Strength | 拉伸强度 Tension Strength | 剪切强度 Shear Strength | 弹性模量 Elastic Modulus | 剪切模量 Shear Modulus | 热变形温度 Heat Distortion | 空隙直径 Cell Size | ||
Grade | Kg/m3 (lb/ft3) | MPa (bf/in2) | MPa (bf/in2) | MPa (bf/in2) | MPa (bf/in2) | MPa (bf/in2) | ℃ | mm | |
Spec. | ASTM D1622 | ASTM D1621 | ASTM D638 | ASTM C273 | ASTM D1621 | ASTM C273 | DIN53424 | GB/T 12811 | |
AF-52 | 52(3.24) | 0.9(131) | 1.9(176) | 0.8(116) | 55(7977) | 20(2901) | 200 | 0.2mm-0.4mm | |
AF-75 | 75(4.68) | 1.5(218) | 2.8(406) | 1.3(189) | 90(13053) | 23(3336) | 200 | ||
AF-110 | 110(6.86) | 3(435) | 3.5(508) | 2.4(348) | 150(21756) | 50(7252) | 200 |
Note: The above values are typical values of nominal density and cannot be used for product design and acceptance. Actual measured values may differ due to manufacturing deviations. Please contact our company's quality management department to confirm the material quality standards.