ABS engineering
Crylene -butadiene -lyeylene (ABS) is a thermoplastic plastic synthetic polymer resin. Its balanced performance is very good and can be cut to suitable for special needs. Its main physical characteristics are: hard and firm. The ASS of the resin grade can be curved like artificial rubber (or rubber). Among them, polyterane provides a good pressure resistance, and the non -crystallized styrene thermoplastic plastic plastic plastic plastic plastic makes ABS adding IT arts easier (it is easier to flow in the mold), while the acrylonitris is increased Anti -corrosion.
Effective control of these three ingredients enable designers to design its elasticity according to the needs of the final product. It may be because of this that ABS can be widely used in home products and white products. Although it is not as tough as other engineering polymers, it can effectively control costs.
Material characteristics:
At low temperature, it can also maintain a good pressure resistance strength, high hardness, high mechanical strength, good resistance and abrasion resistance, and the relatively light comparison heat index is as high as 80C at high temperature. It can also maintain good size stability fire prevention. It is easy to color, and the cost is lower than other thermoplastic plastic. Low cost, multiple production methods, good anti -chemical substances, high surface hardness, anti -scratch, good structural stability, high pressure resistance, excellent structural strength and hardness.
Typical purpose:
Electronic consumer goods, toys, environmental protection products, car instrument panels, door panels, outdoor fences.
Main process:
Steel mold injection, injection molding, TPO injection casting mold
2. Polypropylene (PP)
The design of PP is not limited to creating beautiful shapes and perfect functions, but often to avoid large -scale production while finding methods to reduce the price and processing costs of single items. To put it simply, it is to find a product, which is suitable for large -scale production; use scale production to reduce single -piece costs, and at the same time, it does not need to meet large -scale production and conducts high investment and high output.
It is widely used in all aspects of product design, from packaging and lighting equipment to indoor supplies. However, people can not be fully applied by heating forming technology.
Material characteristics:
A variety of choices of transparency and color, high density, strong heat resistance, good hardness, fastness, and strength balance, simple and flexible processing method, excellent anti -chemical material properties
Typical use:
Furniture, packaging, lighting equipment, food packaging, table cushions, folders, and only signature carton
Main process:
Injection molding
3. Polyethylene acrylic methyl (PMMA)
Acrylic was developed in the 1930s. At that time, it was mainly used for the top rotation device of safe glass. Acrylic was registered as a well -known organic glass in 1934. The combination of transparent and lightweight makes it an interesting new plastic. By the 1960s, this material was discovered and applied to an indoor environment such as modern furniture.
Because acrylics can provide a variety of color choices, its functions naturally expand from lighting equipment to the manufacturing of the company's logo. All international brands now use this material as a sign. The surface of acrylic is hard and is easily recognized as glass from a distance. It can be made into thin slices by casting and squeezing molding to meet the requirements of different applications. Polyted acrylic tablets can be used as high -quality glass and are suitable for mass production.
Polymer weight makes it very strong, elastic and easy to handle and manufacture. This casting method is particularly ideal for large products and small batches. The squeezing and molding thin slices have a lighter molecular weight, so it is easy to take suction. The squeezing molding process makes the product have excellent thickness resistance, and it is also very cheap for large quantities.
Material characteristics:
A variety of manufacturing and processing methods, it is easy to process a variety of transparent, translucent and opaque, color, and surface effects to choose from, excellent antic chemical substances and anti -airization, excellent anti -chemical substances and anti -windy, high printing and attachment Nature, can be completely recycled, excellent visual clarity, special color creativity and color matching, high surface hardness, good durability.
Typical use:
Exhibition supplies retail standard board, interior supplies, furniture, lighting equipment, glass assembly.
Main process:
Injection molding
4. Ethyl cellulose (CA)
Acetate cellulose products have warm touch, anti -sweat, and can emit light. It is a traditional polymer with bright colors and syrup -like transparency. It has developed since the beginning of the 20th century, even earlier than insulating electric wood. Because acetate cellulose has a marble effect, people can often apply it to the toolpot, glasses frame, and hairpin, so it is also one of the most easily recognized polymers.
It can be used as a handmade material, and its excellent pressure resistance and good feel can be combined. Other materials, such as polypropylene, have better pressure resistance, but feel more slippery. The self -light ingredient in the ethyl cellulose material comes from its softness, and the slightly scratches on the surface can be grinded. It contains cotton and wood (cellulose) ingredients and can be formed by injection, transferring and squeezing. You can also buy its thin piece products.
Material characteristics:
Low thermal conduction, flexible production, various visual effects, excellent liquidity, good surface luster, good electrical insulation, anti -static, autologous light, high transparency, strong pressure resistance, unique surface vision, recycling can be used, which can be used. Material
Typical use:
Tool handle, hair clip, toy, eye mirror and helmet, glasses frame, toothbrush, tableware hand handle, comb, photo negative
Main process:
Steel mold injection
5. Polyzhenyl (PET)
PET is usually used on the packaging of food and soft beverages. However, because beer has armal sensitivity to oxygen and carbon dioxide, PET is not suitable for beer. The plastic bottle has a total of 5 layers. The two layers sandwiched in the main layer PET are oxygen rot, which can prevent oxygen from entering and exit. In 2000, Miller Beer, which produced the first plastic beer bottle, claimed that plastic bottles could maintain the coldness of beer than aluminum tanks, and even the same effect as the glass bottle.
Material characteristics:
Recyclable (PET is one of the most recyclable plastic resins), excellent anti -chemical material, hard and durable, excellent surface polishing, good compressive resistance
Typical use:
Food packaging, electronic products, soft beverage bottles, Miller Beer bottles
Main process:
Injecting cast and blowing plastic
6. Polyethyl chlorine Bylima (PVC)
PVC may be one of the most widely used plastic materials. From the plastic doors and windows of daily life, the water pipes, grooves, shoes, cables, toys, and model injection products, bright, squeezed molding products, glass assembly, packaging, packaging, packaging, packaging, packaging, packaging, packaging ,credit card. Wait, there is almost a trace everywhere, and PVC materials are also one of the cheaper plastic materials.
Material characteristics:
It has elasticity, easy to color, and has a variety of hardness to choose from. It can squeeze, cast, and blow molds, strengthen glass st will be strengthened. It can maintain its characteristics at low temperatures. Pulling and abrasion, good anti -exposure and sea water resistance, good oil anti -oil and chemical material properties
Typical use:
Food packaging, electronic products, soft beverage bottles, Miller Beer bottles
Main process:
Injecting, blowing plastic or squeezing molding
7. polyurethane TECHNOGE (PU)
Like skin, it can breathe and stretch, but it can be shaped into a shape of various thickness. These characteristics began to be used in the medicine and plastic surgery industries, and for hospital patients as cushions. TechNoge is one of the materials in the field of new and more common indoor supplies through experiments.
TechNoge is also a combination of liquid and solid. You can pour the liquid into the mold to get the product, that is, you can easily add other substances in it. In a thin piece, the shape of the material can be obtained by pressing or cutting. Compared to water or silicon resin, its advantage is that it does not contain plasticizers, that is, the material is not easy to lose the basic characteristics after a long time. It is the only gel body that does not break, harden or aging.
Material characteristics:
Good dispersion, breathable (good absorption and release), strong recovery ability, easy to mix with decorative materials, strong shock absorption, strong suction resistance, adjustable hardness, high elasticity, non -fading, paste, not irritating Skin, can be cast
Typical use:
Bicycle seat, plastic surgery seat cushion, insole, office chair, tennis handlebar
Main process:
Casting, pressing, cutting, cutting
8. Silicon resin polymer
In 1943, a Scottish engineer one by one James Leat used test tubes for mixture tests in the Laboratory of General Electric Company, Connecticut, USA. He accidentally mixed boric acid and silicon resin oil to "aggregate". When Lart threw some of the adhesive adjustment from the test tube, he threw some to the ground. It is amazing that this material bounced from the floor, so the elastic clay was born.
Wright decided to find a practical purpose for his invention. Finally, SillPuttytm rubber puree was at the beginning of the International Toys Festival in New York in 1950. After unremitting efforts, some large toy dealers decided to distribute SillPuttytm rubber puree.
Material characteristics:
Under the gravity of the earth, it gradually becomes flat, with a bouncing degree of 80%(relatively dropped position), a kind of expansion compound, which is solid and guaranteed when it is quickly applied, holding its shape; For casting, cooling can increase bouncing. After making a ship shape, it can float on the water surface. After making a spherical shape, it will sink. It is non -toxic, non -irritating, and high elasticity. A variety of colors can be selected.
Typical use:
No other applications temporarily
Main process:
Injection molding
9. Polycarbonate (PC)
Polycarbonate (PC) is a modern material, and the application of polycarbonate in this product is to interpret a typical object and shape. The direct reference of this design may be the wooden ladder found in your grandmother's basement. This product does not use wood, but is made of another modern material that is completely suitable for this function.
Polycarbonate is as hard as other polymers, with light weight, and can provide a variety of colors and post -treatment effects. As a member of the relatively young hot -plastic family, polycarbonate, like many other plastic materials, was accidentally discovered by the U.S. General Electric Corporation (GE) in the early 1950s. This material is known for its ultra -clarity and super -knotting, and is often used as a substitute for glass in transparent and smooth applications.
Material characteristics:
It can provide a series of color clarity and processing processes with simple impactability. It can provide full transparent, translucent and opaque appearance effects. Even at high temperature, its size stability is also very strong resistant to high temperature reaching 125C fire prevention, prevention of prevention, prevention prevention, prevention prevention, prevention of prevention, prevention of prevention, prevention, and prevention. Time, durable, recyclable, non -toxicity
Typical use:
Safety helmets, glasses, light discs, kitchen utensils, computer shells, building glass windows, mobile phone cases
Main process:
Injection
10. Plaster plastic ester
Abert Laminete was established in Blas, Italy in 1957. Since then, the company has been at the forefront of innovation in various thin -sheet production fields, including Diafos in 1987 -the first transparent thin plate material. The company has worked with some famous designers in the 20th century, including Memphis and Alchemia Design Studio, and is famous for exploring the surface texture of the product. "Color layer" is a unique product produced by Abert Raminete, which explores the functionality and visual art of the edge of the product.
The thin plate is composed of two layers of materials and has standard thickness. The middle part consists of a paper filled with a multi -layer through amino plastic resin. The surface is made of decorative paper filled with melamine formaldehyde resin. Abert used the decorative layer as the core material of the "color layer" product. The edge of the product can get unique trim details by polishing.
Material characteristics:
Higher anti -friction, high anti -rush resistance, excellent anti -humidity, easy to stick, good water resistance and water vapor, easy to clean, good size stability, strong grinding resistance, decoration on the edge surface surface Strong sex, more economical compared to other materials with harder surfaces
Typical use:
Office furniture, indoor and outdoor panels, floors, equipment on the streets, work tables
Main process:
Injecting, blowing plastic or squeezing molding
11. Polyetstics (PS)
The polystyrene is unexpectedly discovered as many polymers. The styrene was found in the middle of the 19th century, but it was not developed by business until the 1930s. There are also polylasses such as ABS, SAN, SMA, and ASA in the correlation related to it. Today, it is already one of the most widely used plastic raw materials.
Material characteristics:
Good clarity, high strength, simple craftsmanship, and easy coloring. Compared with other polymers, the price is cheaper, high transparency, strong water resistance and humidity, strong size stability
Typical use:
Packaging, toys, hanging hangers, household products, electronic products, mold boxes, one -sex cup
Main process:
Injection molding
12. Artificial Rubber (TPE)
TPE has the processing performance of thermoplastic substances and feels like rubber. TPE is a category of thermoplastic synthetic rubber family, including TPO (thermoplastic paraffin) and TPS (thermoplastic styrene). These are engineering polymers, which can provide toughness and hardness in most cases. TDE's casting forms are usually formed, blowing or squeezing.
Material characteristics:
It has elasticity, easy to color, and has a variety of hardness to choose from. It can squeeze, cast, and blow molds, strengthen glass st will be strengthened. It can maintain its characteristics at low temperatures. Pulling and abrasion, good anti -exposure and sea water resistance, good oil anti -oil and chemical material properties
Main process:
Injecting, blowing plastic or squeezing molding
