1. High performance glass fiber reinforced PP
Homopolymer PP (F401) | 54% |
GF | 30% |
Coupling agent K-550 | 0.5% |
PP-g-MAH | 5% |
POE-g-MAH | 10% |
Lubricant | 0.5% |
Processing conditions:
Tensile strength / MPa | 70 |
Flexural modulus / GPa | 1.5 |
Heat distortion temperature / °C | 160 |
Impact strength / (J / m) | 40 |
2. Glass fiber reinforced PP
PP | 51% |
LDPE | 5% |
Glass fiber (5mm) | 40% |
Maleic acid PP | 4% |
Related performance:
Tensile strength / MPa | 97 |
Flexural modulus / GPa | 7.44 |
Impact strength / (J / m2) | 138.8 |
3. Glass fiber reinforced PP
PP | 58% |
Silane-treated glass fiber | 30% |
pulp | 6% |
Unsaturated carboxylic acid modified polyolefin | 6% |
PP | 70% |
TLCP | 5% |
GF | 30% |
PP | 100 |
A silane coupling agent | 0.25 |
Mica | 30 |
Related performance:
Tensile strength / MPa | 50 |
Bending strength / MPa | 82 |
Rockwell hardness (R) | 106 |
Heat distortion temperature °C | 128 |
Product warpage deformation /% | 1.2 |
6. Chopped glass fiber reinforced PP
PP | 100 |
CaSt | 0.5 |
Activated chopped glass fiber | 30 |
Antioxidant 1010 | 0.3 |
A-174 coupling agent | 0.1 |
Auxiliary antioxidant DLTP | 0.5 |
Related performance:
Tensile strength / MPa | 37.32 |
Modulus of elasticity / MPa | 252.19 |
Notched impact strength / kJ / m2 | 8.15 |
Unnotched impact strength / kJ / m2 | 29.55 |
Heat distortion temperature / °C | 124.5 |
7. Wollastonite fiber filled reinforced PP
PP | 100 |
CaSt | 0.5 |
Wollastonite fiber | 30 |
Antioxidant 1010 | 0.3 |
KH-550 | 0.5~1 |
Auxiliary antioxidant DLTP | 0.3 |
Related performance:
Tensile strength / MPa | 28.54 |
Modulus of elasticity / MPa | 201.92 |
Notched impact strength / kJ / m2 | 8.32 |
Unnotched impact strength / kJ / m2 | 32.10 |
Heat distortion temperature / °C | 124.5 |
8. Composite enhanced PP
PP (Yanshan Petrochemical 1300) | 100 |
Mica powder | 15 |
glass fiber | 25 |
A silane coupling agent | 0.5~1 |
Related performance:
Tensile strength / MPa | 86.8 |
Flexural modulus / MPa | 4200 |
Notched impact strength / kJ / m2 | 7.1 |
Unnotched impact strength / kJ / m2 | 20.1 |
Heat distortion temperature / °C | 124.5 |
9. Glass fiber reinforced pvc
PVC | 100 |
Thiol-based dibutene | 3 |
Surface coated with fiberglass | 30 |
HSt | 0.5 |
Processing conditions: After the components in the formulation are thoroughly mixed, they are extruded into a product.
Bending strength / MPa | 113.7 |
Heat distortion temperature / °C | 80.5 |
Cantilever beam impact strength / kJ / m2 | 19.1 |
10. Glass fiber reinforced PVC
PVC | 100 |
fatty acid | 1 |
Dibasic lead sulfate | 3 |
CaSt | 0.3 |
Fatty acid ester | 2 |
Glass fiber (2~4mm) | 30 |
PLA polylactic acid is also known as polylactide and belongs to the polyester family. Polylactic acid is a polymer obtained by polymerization of lactic acid as the main raw material. The raw material source is sufficient and renewable, mainly using corn and cassava as raw materials. The production process of polylactic acid is pollution-free, and the product can be biodegraded to realize the circulation in nature, so it is an ideal green polymer material.
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Product advantages:
1. Starch-natural raw material: using natural corn starch as raw material, sustainable supply, re-use of natural resources, PLA biodegradable sheet material, endless circulation.
2. Degradation-safe biodegradation: The raw material is natural polymer compounds, which can be degraded in the natural environment.
3. Environmental protection-green environmental protection: After the product is used, it can be quickly degraded by microorganisms in the natural environment and become plant nourishment. It truly originates from nature and returns to nature, effectively solving the environment caused by white pollution.
4. Health-Harmony: The raw materials are natural, the production process is aseptic, and the disinfection inspection is strict. After the product is degraded, it will not be toxic to the soil and air, and there is no secondary pollution.
5. Low carbon-strong substitution: it can replace plastic products using petroleum as raw material and paper products using wood as raw material.
6. International standards: fully comply with "4R+1D" international environmental protection standards (4R: low consumption, green materials, recyclable, reciprocating production, 1D: degradation)
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Shandong Top Leader Plastic Packing CO., LTD , https://www.sdzlplastic.com