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VACUUM FORMING FAQ

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Vacuum forming FAQ

Vacuum forming processing FAQ

  • Q PET

    A
    1-2.PET1.PET
    It has heat resistance (60 ~ 85 ℃), water and oil resistance, light texture and high toughness. It does not contain toxic substances after heating, so it is widely used in food and industrial fields. Often used in Pote bottles, industrial packaging, TRAY disks, etc.
    Main features:
    1. Excellent transparency: PET has extremely high transparency and is usually used in packaging applications that require visual presentation products.
    2. Heat resistance and chemical stability: PET has good heat resistance, can work stably at higher temperatures, and has excellent resistance to most chemical substances (such as oils, acids, alkalis, etc.).
    3. Environmental protection: PET is a recyclable material and can be recycled and recycled after recycling, making it environmentally friendly.
    Summarize
    PET is a polymer material with excellent properties, with high strength, good transparency, heat resistance, chemical stability, and recyclability. It has been widely used in packaging, fiber, electronic products, automobiles and other industries, and with the improvement of environmental awareness, the recycling and reuse of PET plays an increasingly important role in modern industry. Whether in daily life or in high-tech fields, PET is a material of important value.

  • Q PVC

    A
    2-2.PVC2.PVC
    It has heat resistance (60 ~ 80 ℃), corrosion resistance, and chemical resistance. Although diaoxine will be produced after high temperature combustion, the temperature is 250 ~ 450 ℃.
    Therefore, there is no need to worry about daily use. PVC uses a wide range of uses such as: pads, industrial outer packaging, and high-transparent hard products.
    Main features:
    1. Color and hardness: The original PVC is usually milky white and can have different colors after processing. Transparent PVC can produce transparent or translucent products with relatively high hardness and strength, which makes it widely used in the packaging industry.
    2. Durability: PVC has high durability under normal conditions and has a long service life. Excellent in many long-term products.
    3. Insulation: PVC has good electrical insulation and is widely used in cable sheaths and electrical equipment. Dielectric strength and electrical insulation are superior to many other plastics and are less susceptible to moisture.
    Summarize
    PVC has many excellent characteristics, such as chemical resistance, good mechanical strength and processability, which makes it widely used in the fields of construction, medical care, packaging, electronics, etc. Nevertheless, PVCs still face challenges in environmental protection and recycling and need improvements in future technological developments.

  • Q PP

    A
    3.PP3-2.PP
    It has heat resistance (100~140℃ Celsius). Because of its characteristics such as lightweight, high strength, strong chemical resistance and easy processing, PP is widely used in various industrial and food fields.
    Main features:
    1. High strength and rigidity: PP has excellent tensile strength and impact resistance, making it superior in structural parts and load-bearing.
    2. Good electrical insulation: PP has good electrical performance, so it is often used in shells and other electronic components of electronic products.
    3. Non-toxic and harmless: PP is non-toxic under conventional environments and meets the standards of food contact materials.
    4. Environmental protection and recycling: PP is a recyclable plastic with excellent environmental protection performance. Due to its high recycling rate, it has attracted attention in the field of environmental protection. Recycled PP can be used to make new plastic products, reducing resource waste.
    Summarize
    As a high-performance thermoplastic, PP raw materials have been widely used in all walks of life. With the advancement of technology, innovation in PP materials will allow it to play an important role in more fields.

  • Q PS

    A
    4-2.PS4.PS
    It has heat resistance (70 ~ 90 ℃), good transparency and easy processing, and is widely used in various types of packaging, general daily necessities, electronic products and other fields.
    Main features:
    1. Transparency: It has good transparency and can make transparent packaging materials or light-transmitting products.
    2. Hardness and brittleness: PS is relatively hard and has low impact strength, so it is prone to fragmentation or damage.
    3. Electrical Insulation: PS has good electrical insulation, so it is often used as an insulating material in electronic products.
    4. Poor biodegradability: PS is not easy to degrade naturally and remains in the natural environment for a long time, thus posing a certain burden to the environment.
    Summarize
    PS is a thermoplastic with easy processing and excellent performance, but its environmental protection issues are also issues that need to be paid attention to in future development.

  • Q PS antistatic and conductive materials

    A
    Antistatic and carbon black are used to achieve possible gas explosions caused by static electricity, damage to precision instruments, dust coverage of factory conveyor belts, IC chip defect rate and damage during assembly and transportation. It is suitable for IC manufacturing, electronic parts, D-RAM, precision instruments, and protection and packaging of dust-proof objects.
    PET antistatic materials are mostly transparent, with a surface resistance of 109Ω~1012Ω, semi-permanent
    The PS conductive material is black in color due to the addition of carbon black powder, and its impedance value is 103Ω~105Ω, for permanent

  • Q PET

    A 1.PET1-2.PET
    It has heat resistance (60 ~ 85 ℃), water and oil resistance, light texture and high toughness. It does not contain toxic substances after heating, so it is widely used in food and industrial fields. Often used in Pote bottles, industrial packaging, TRAY disks, etc.

  • Q PET antistatic

    A
    2.PET anti-static
    Surface resistance is 109Ω~1012Ω, semi-permanent
    The addition of an antistatic coating on the surface reduces the resistivity and avoids the accumulation of static electricity caused by temperature difference and friction.

  • Q PS conductivity

    A

    The PS conductive material is black in color due to the addition of carbon black powder, and its impedance value is 103Ω~105Ω, for permanent
    Carbon black is used to achieve gas explosions that may be caused by static electricity, damage to precision instruments, dust coverage of factory conveyor belts, IC chip defect rate and damage during assembly and transportation. It is suitable for IC manufacturing, electronic parts, D-RAM, precision instruments, and protection and packaging of dust-proof objects.

  • Q PVC

    A
    4.PVC4-2.PVC
    It has heat resistance (60 ~ 80 ℃), corrosion resistance, and chemical resistance. Although diaoxine will be produced after high temperature combustion, the temperature is 250 ~ 450 ℃.
    Therefore, there is no need to worry about daily use. PVC uses a wide range of uses such as: pads, industrial outer packaging, and high-transparent hard products.

  • Q PS

    A 5.PS5-2.PS
    It has heat resistance (70 ~ 90 ℃), good transparency and easy processing, and is widely used in various types of packaging, general daily necessities, electronic products and other fields.

  • Q PP

    A 6.PP6-2.PP
    It has heat resistance (100~140℃ Celsius). Because of its characteristics such as lightweight, high strength, strong chemical resistance and easy processing, PP is widely used in various industrial and food fields.

  • Q High-cycle raw materials

    A 7. High-cycle wave raw materials7-1. High-cycle wave raw materials
    Use mostly on PET, and use high-circuit wave technology to stick paper cards and bubble shells to a stronger degree

  • Q Vacuum forming production steps:

    A
    Vacuum molding is a plastic processing technology, which is mostly used in parts tray disks, hardware packaging materials, buffer materials, etc.
    1. Mold development->Develop and discuss with the specialist to design the most ideal plan
    2. Heating of plastic sheets -> Pull the raw material over the mold and use heating to soften the raw material to the extent that it can be molded.
    01
    02

    3. Vacuum forming->Use vacuum extraction to absorb raw materials and air in the mold to make the raw materials close to the surface
    0304

    4. Cooling -> Use air to cure the plastic raw materials and then mold and remove them
    05

  • Q Bamboo shell application 1-Biotechnical medical

    A In the medical industry, foam shells are often used in pharmaceutical packaging, medical equipment packaging, etc., because of their excellent sealing, no shavings or anti-static properties, which can prevent the drugs from getting damp and microbial contamination, and also have the function of conveniently viewing information. In addition, the foam shell used for medical material packaging must be packaged in a clean room to ensure that the surface of the medical material is clean and uncontaminated. Common medical materials packaging applications such as: double-layer sealed bubble shell, single and double snorkel packaging, disposable measuring cup, etc.

  • Q Bamboo shell application 2-Semiconductor Industry

    A Because the foam shell material is not easy to conduct electricity, it can effectively block the electric field and avoid static damage. The foam shell material has high hardness and impact resistance, and is also quite suitable for use in product packaging such as precious metals and wafers. Common packaging applications include: wafer box packaging, electronic component packaging, etc.

  • Q Bamboo shell application 3-Electronics industry

    A Mobile phones, computers, cameras and other electronic products on the market are usually packaged in bubble shells, which can not only provide the necessary protection of the product, but also have the functions of appearance display and product recognition. It is collectively called 3C consumer packaging. In addition, when transporting components, bubble shells are also used to package, such as panel carrier disks and component working disks.

  • Q Baking shell application 4-Food packaging

    A The foam shell application of the food packaging industry includes microwave food ready-to-eat lunch boxes that can withstand freeze and high temperatures, small boxes containing pastries, and sealed meat products. With foam shells, it can prevent the product from getting damp, crushing, dehydrating, deteriorating, etc., maintain freshness and display the appearance of the food, which can enhance consumers' trust in the product. Common products include: microwave take-out boxes, healthy salad bowls, fruit partition boxes, and pastry top and bottom lids.

  • Q Bamboo shell application 5-Hardware Industry

    A Hard products such as tools, parts, screws, etc. are packaged in bubble shells, which can effectively prevent product damage and facilitate product management.

  • Q Bubble shell application 6-Toys and daily necessities

    A Using bubble shells to package toys and general supplies can allow consumers to see the entity when the product has not been opened, and it is more eye-catching when displaying the product.
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