Material for secondary fusion equipment shell
A technology for fusion equipment and shells, which is applied in the field of materials for secondary fusion equipment shells, can solve the problems of large specific gravity, weak physical properties, low impact strength, and difficulty in meeting the requirements of primary and secondary fusion equipment, and achieve small specific gravity and high physical performance. good effect
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Embodiment 1
[0026] Its components and contents are: the content of the mica is 25%, the content of the glass fiber is 18%, the content of the red phosphorus flame retardant is 5%, the content of the PET is 51.3%, the antioxidant The content of 168 is 0.35% and the content of erucamide is 0.35%.
[0027] Physical properties: Tensile strength 85MPa, fracture deformation > 2%, flexural strength 135 MPa, flexural modulus 7822 MPa, impact strength 27 KJ / M2, specific gravity 1.68.
[0028] After 24 hours of low temperature treatment (-45 degrees), the flexural strength is 137 MPa, the flexural modulus is 9300 MPa, and the impact strength is 17 KJ / M2.
[0029] The properties of conventional epoxy resin samples are compared: the bending strength is 130 Mpa, the bending modulus is 9923 MPa, the impact strength is 7.96 KJ / M2, and the specific gravity is 1.83.
[0030] After 24 hours of low temperature treatment (-45 degrees), the flexural strength is 129 Mpa, the flexural modulus is 10560 MPa, and...
Embodiment 2
[0033] Its components and contents are: the content of the mica is 20%, the content of the glass fiber is 15%, the content of the red phosphorus flame retardant is 3%, the content of the PET is 61%, and the rest is anti- Oxygen 168 and erucamide.
[0034] Physical properties: Tensile strength 83MPa, fracture deformation > 2%, flexural strength 130 MPa, flexural modulus 7890 MPa, impact strength 24 KJ / M2, specific gravity 1.682.
[0035] After 24 hours of low temperature treatment (-45 degrees), the flexural strength is 134 MPa, the flexural modulus is 9357 MPa, and the impact strength is 15 KJ / M2.
[0036] The properties of conventional epoxy resin samples are compared: the bending strength is 130 Mpa, the bending modulus is 9923 MPa, the impact strength is 7.96 KJ / M2, and the specific gravity is 1.83.
[0037] After 24 hours of low temperature treatment (-45 degrees), the flexural strength is 129 Mpa, the flexural modulus is 10560 MPa, and the impact strength is 8.02 KJ / M2. ...
Embodiment 3
[0040] Its components and content are: the content of the mica is 30%, the content of the glass fiber is 21%, the content of the red phosphorus flame retardant is 6%, the content of the PET is 41%, and the rest is anti- Oxygen 168 and erucamide.
[0041] Physical properties: tensile strength 82.5 MPa, fracture deformation>2%, flexural strength 131 MPa, flexural modulus 7886MPa, impact strength 22 KJ / M2, specific gravity 1.683.
[0042] After 24 hours of low temperature treatment (-45 degrees), the flexural strength is 134 MPa, the flexural modulus is 9357 MPa, and the impact strength is 15 KJ / M2.
[0043] The properties of conventional epoxy resin samples are compared: the bending strength is 130 Mpa, the bending modulus is 9923 MPa, the impact strength is 7.96 KJ / M2, and the specific gravity is 1.83.
[0044] After 24 hours of low temperature treatment (-45 degrees), the flexural strength is 129 Mpa, the flexural modulus is 10560 MPa, and the impact strength is 8.02 KJ / M2. ...
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Abstract
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