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Lianggong
Descriptive of the Product:
A mold known as "Plastic Formwork" is constructed entirely of premium plastic. Typically, reinforced fiberglass is incorporated into the material to increase its load-bearing capacity. Plastic Formwork supports masses of poured concrete until it becomes self-supporting and dry. It is capable of facilitating the direct on-site construction of columns, pillars, walls, plinths, and foundations.
The panels are extremely durable and lightweight. For individuals involved in comparable construction endeavors and in search of economical bulk housing schemes, plastic formwork is unquestionably the optimal material. Their modular design accommodates a wide variety of planning and construction requirements, including walls and foundations of varying heights and thicknesses, as well as columns and pillars of various shapes and dimensions. Plastic formwork is considerably lighter than conventional timber panels. Additionally, the plastic composition of these objects prevents concrete from adhering to them. Once the concrete has dried and the plastic formwork has been removed, it can be effortlessly cleansed using a small amount of water.
1. On-site modularity and adaptability.
2. Handles made of nylon that have been patented for superior panel securing.
3. Simple assembly and rapid cleaning with water alone.
4. Durability and high resistance (60 kn/m2) of the panels.
This extremely lightweight material can be handled effortlessly by laborers without requiring any special training. This also benefits the construction industry by facilitating the transportation and storage of plastic formwork components. Easily maneuverable due to a 50% reduction in density in comparison to wooden formwork.
Resilience to water
Waterproof composite surfaces completely evade the complications that arise from humid environments, including but not limited to weight gain, warping, deformation, and corrosion.
The turnover rate is as high as one hundred percent, which is superior to the majority of plastic formwork. Additionally, it possesses exceptional comprehensive mechanical properties and resistance to high temperatures.
Safe and friendly to the environment
On construction sites, plastic formwork typically results in the fewest injuries and damages due to its adaptability and light weight. Energy conservation is one of the primary advantages of plastic formwork. Plastic formwork is less energy-intensive to produce and manipulate due to its resistance to high temperatures and hefty machinery.
Superb Quality
A surface resistant to cement is simple to clear. A dry wall has a smooth surface aspect.
Performance
Testing | Unit | Data | Standard |
Water absorption | % | 0.009 | JG/T 418 |
Shore hardness | H | 77 | JG/T 418 |
Impact strength | KJ/㎡ | 26-40 | JG/T 418 |
Flexural strength | MPa | ≥100 | JG/T 418 |
Elastic modulus | MPa | ≥4950 | JG/T 418 |
Vicat softening | ℃ | 168 | JG/T 418 |
Flame retardant | ≥E | JG/T 418 | |
Density | kg/㎡ | ≈15 | ---- |
Descriptive of the Product:
A mold known as "Plastic Formwork" is constructed entirely of premium plastic. Typically, reinforced fiberglass is incorporated into the material to increase its load-bearing capacity. Plastic Formwork supports masses of poured concrete until it becomes self-supporting and dry. It is capable of facilitating the direct on-site construction of columns, pillars, walls, plinths, and foundations.
The panels are extremely durable and lightweight. For individuals involved in comparable construction endeavors and in search of economical bulk housing schemes, plastic formwork is unquestionably the optimal material. Their modular design accommodates a wide variety of planning and construction requirements, including walls and foundations of varying heights and thicknesses, as well as columns and pillars of various shapes and dimensions. Plastic formwork is considerably lighter than conventional timber panels. Additionally, the plastic composition of these objects prevents concrete from adhering to them. Once the concrete has dried and the plastic formwork has been removed, it can be effortlessly cleansed using a small amount of water.
1. On-site modularity and adaptability.
2. Handles made of nylon that have been patented for superior panel securing.
3. Simple assembly and rapid cleaning with water alone.
4. Durability and high resistance (60 kn/m2) of the panels.
This extremely lightweight material can be handled effortlessly by laborers without requiring any special training. This also benefits the construction industry by facilitating the transportation and storage of plastic formwork components. Easily maneuverable due to a 50% reduction in density in comparison to wooden formwork.
Resilience to water
Waterproof composite surfaces completely evade the complications that arise from humid environments, including but not limited to weight gain, warping, deformation, and corrosion.
The turnover rate is as high as one hundred percent, which is superior to the majority of plastic formwork. Additionally, it possesses exceptional comprehensive mechanical properties and resistance to high temperatures.
Safe and friendly to the environment
On construction sites, plastic formwork typically results in the fewest injuries and damages due to its adaptability and light weight. Energy conservation is one of the primary advantages of plastic formwork. Plastic formwork is less energy-intensive to produce and manipulate due to its resistance to high temperatures and hefty machinery.
Superb Quality
A surface resistant to cement is simple to clear. A dry wall has a smooth surface aspect.
Performance
Testing | Unit | Data | Standard |
Water absorption | % | 0.009 | JG/T 418 |
Shore hardness | H | 77 | JG/T 418 |
Impact strength | KJ/㎡ | 26-40 | JG/T 418 |
Flexural strength | MPa | ≥100 | JG/T 418 |
Elastic modulus | MPa | ≥4950 | JG/T 418 |
Vicat softening | ℃ | 168 | JG/T 418 |
Flame retardant | ≥E | JG/T 418 | |
Density | kg/㎡ | ≈15 | ---- |
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