What is plastic fabrication
Plastic guidance on how
The first man-made plastic was named Parkensine Alexander Parkes invented in 1862, it is a cellulose-based plastic.
Bakelite was the first fully synthetic plastic which is manufactured in 1907, chemist Leo Baekeland in New York. This is called a phenolic resin. The earliest plastics.
A term often used to describe a hard, dense, plastic laminated by applying heat and pressure to the material with a variety of synthetic resin impregnated paper, or a glass cloth made of cotton fabric layers. These materials have good mechanical strength and dimensional stability and excellent dielectric properties. Used in various fields such as the electrical junction box, aircraft cable pulleys, bearings, gears and transformers
AVALABLE: From 0.8 mm table – 100mm thick. Rhodes with a 4mm tube.
Since then, many other plastics have been invented or discovered. Typically, these are:
Currently the most widely used engineering thermoplastics. Manufacturing engineering in several grades, mainly type 6 and 66 are the most common type in the entire 6 toughness, the perfect combination of mechanical strength and impact resistance. Glass filled with black, molybdenum disulfide, graphite and special lubricating grades are also available. For technical components, bushings, bearings, gears, wear pads, rollers, pulleys, etc.
Language: From 0.5 mm tables – in different sizes 100mm thick. Rhodes from 5mm – 500 meters. Tubes are typically administered to order.
Non-corrosive, chemical and oil. PVC has excellent electrical insulating properties and is self-extinguishing. Electronic components, laboratory equipment, photographic and chemical tanks, hood, etc. for easy to cut, shape, welding and fabrication. The highest temperature of 60 ℃.
Language: plate from 1.5mm – 70 mm thick. Rhodes from 6–200 mm.
HDPE: High-density Polyethlenes is a broad chemical resistance. They have excellent insulation properties, virtually no moisture absorption and maintain their properties even at low temperatures. HDPE is an ideal cutting board food processing sector. In the most commonly used engineering grade UHMWPE and HMWPE.
UHMWPE: ultra-high molecular weight polyethylene having the highest impact strength and wear resistance of any thermoplastic of the best today. Widespread use of self-lubricating, wear strips over the food and packaging industry guide, roll, blade, star wheel, feed insects, chute liners, etc.
HMWPE: ultra-high molecular weight polyethylene prices generally provides a good compromise engineering and property. Used in many similar applications to ultra high molecular weight polyethylene, but abrasion resistance is not critical.
Language: From 1.0 mm variety of plates – 100mm thick natural, black and green. Rhodes 10 -250mm.
Currently known toughest glass material, the impact strength of polycarbonate greater than or equal to 250 times the thickness of the glass. Mainly used for a variety of security, anti-sabotage and anti-theft windows. Some common uses include machine shields, protective window cranes and forklifts, safety masks, riot shields, etc. for schools, bus shelters, factories and buildings, stadiums and other glazing
Languages: table from 1mm to 12mm thick. Rods & Tubes are also available.
Commonly known as Perspex®, acrylic glass in many areas ideal substitute. It is widely used in signage, lighting, safety glass, machine guards, meter cover, a display unit, windows airplanes, boats and caravans, glass cab tractors and other machinery. Acrylic with high-definition excellent weathering capabilities. Less than half the weight of glass, but reached 15 times more resistant to breakage.
Language: From 1.5mm to 50mm thick plates of various sizes and colors. Applicable to signs and light boxes, prism cover and opal acrylic skylights. Clear lever up 150mm. Tube forms the outer diameter of the outer diameter of 6mm to 500mm.
Provide first-class performance.
Commonly known as TEFLON®. PTFE has preferably any plastic chemical resistance. Very high heat resistance, very good electrical properties of low friction coefficient makes it unique combination of materials. For the bearing pads, washers, packing rings, insulators, and many chemical equipment parts. And also glass fibers, carbon or bronze fillers to improve the mechanical properties produced.
Language: a variety of plates, rods and tubes, polytetrafluoroethylene turning belt, plain and etching. Teflon coated glass cloth can also be used for heat sealing applications.
These are only a few in a variety of general-purpose plastics in our modern applications.
Plastic has developed a long way, and now many of our factories machine guards of polycarbonate around the world.
Acrylic is the case almost every shop to use as a display booth, light boxes, cake stand, point of sale displays, and so on.
Including food-grade polyethylene grades in various fields of engineering in many ways, using now. Ultra-high molecular weight polyethylene having a high co-efficient of friction espcecially and excellent wear characteristics.
Acetal is widely used with excellent dimensional stability and good creep resistance precision machined parts.
Polypropylene is mainly used in the manufacture of chemical tanks, because it has excellent chemical resistance.
POINT sale display stand:
Acrylic is widely used in point of sale displays, because it is easy to manufacture and use of hydrogen and oxygen flame once, it looks like polished glass.
With the use of a special solvent manufacturer is able to achieve the manufacturing museum display needs to be done.
Most of today’s material can be CNC machining.
Common plastic, CNC routing may be:
Acrylic 2 meters per / minute
Polycarbonate 2.5 meters per / minute
Polyurethane uses helical milling using multi-path selection and routing of 1.8 meters per / minute
Yuan / min 4.0 m – 3.5 HDPE route
PVC 2.5 meters per / minute
Nylon is tough route depending on the thickness yuan / min, usually 2 meters.