
vacuum forming plastic large tray with many compartment
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Place of Origin: | Guangdong, China (Mainland) |
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Product Description
Product Description
Vacuum forming plastic large tray with many compartment Product Description
1, Big size vacuum forming parts, thermoforming parts
2, The max size: 3000*1800*1000mm.
Common Materials for all kinds of vacuum forming product.
Depending on your application there’s a range of polymer sheets available on the market. However, if you’re looking for short runs, one of your biggest issues will be colour matching.
Unlike Plastic Injection Moulding, which is an additive production system, Vacuum Forming is subtractive. Often basic colours are available freely, but anything beyond that will be difficult to source unless you’re looking for one ton loads or above.
When choosing a plastic, you’ll need to consider application. Will your product be used inside our out? Will it be exposed to extreme heat or cold? Does the product need to withstand high impact? Are you looking for something that’s fire retardant?
As a general rule of thumb, we work to the following guidelines.
The following chart provides additional information about various plastic materials and their uses.
Chart of Plastic Materials – Advantages, Disadvantages and Industry Examples
Welcomte to inquiry!
1, Big size vacuum forming parts, thermoforming parts
2, The max size: 3000*1800*1000mm.
Common Materials for all kinds of vacuum forming product.
Depending on your application there’s a range of polymer sheets available on the market. However, if you’re looking for short runs, one of your biggest issues will be colour matching.
Unlike Plastic Injection Moulding, which is an additive production system, Vacuum Forming is subtractive. Often basic colours are available freely, but anything beyond that will be difficult to source unless you’re looking for one ton loads or above.
When choosing a plastic, you’ll need to consider application. Will your product be used inside our out? Will it be exposed to extreme heat or cold? Does the product need to withstand high impact? Are you looking for something that’s fire retardant?
As a general rule of thumb, we work to the following guidelines.
The following chart provides additional information about various plastic materials and their uses.
Chart of Plastic Materials – Advantages, Disadvantages and Industry Examples
plastic material | Advantages | Disadvantages | Industry Examples |
PS(Polystyrene) | Clear plastic, very moldable, inexpensive, recyclable, high chemical resistance, high electrical resistance, heat distortion ~200°F | Cracks and breaks easily | Disposable cups, disposable , decorative, electrical applications |
HIPS (High Impact Polystyrene) | Very moldable, relatively inexpensive | Picture frames, shower walls, food containers | |
ABS (Acrylonitrile Butadiene Styrene) | Engineered plastic that can be customized to desired levels of stiffness, hardness, heat deflection, and many other characteristics | UV sensitive – requires a UV protective cap layer for extended exposure | Cases of all types, bath tubs, fenders, instrument panels, automotive applications, recreational vehicles, many other |
PVC (PolyvinylChloride) | Very high chemical resistance, stain resistant, stiffer than ABS, high room temp. impact strength, natural flame retardant qualities | Difficult to process | Shower surrounds, moldings, kick panels, display cases |
Polycarbonate | Extremely high impact resistance, high clarity – good for transparent parts, precision molding, good insulator, high heat distortion point ~270°F | Low chemical resistance to certain substances (oil, gasoline, harsh chemicals), can be difficult to process, higher material and processing cost | Visors, plastic guards, transportation components (headlights, taillights, instrument panels), appliance drawers, skylights |
PETG (polyethylene- terephthalate | Very easy to process, high clarity – good for transparent parts | Not UV stable – unsuitable for extended exposure | Structural automotive parts, hand tools, industrial components |
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