JOURNEY FROM ABS TO MICRO PLASTIC
Being woman , Bella ๐ฉtry to take care of skin by scrubbing, exfoliating . these process help in removal of dead cells from skin it makes skin smoother.
Now-a-days such skincare is huge billion dollar market. Everybody aspire for healthy skin and trying every possible goods and services , remedy , skincare ritual to get a glowing, smooth skin. you also see lots of internet ads, e-commerce app notification about product arrival or catalogue regarding skincare.
But wait , its not a skincare post sponsored by any skincare company.๐
Its analysis post that how these skincare products are made , what materials used and how it is effecting our health and nature's health.
while scrolling through these body scrubber products, I noticed and investigated the common material called ABS plastic. being workout enthusiastic i first laughed that plastic too got ABS, but soon my detective mind said,๐ฎ it must be a abbreviation of something. and, my guess what ? i was right!
so here are most basic concept about ABS plastic !!
Full form of ABS is Acrylonitrile Butadiene Styrene, it is constitute of three basic raw materials (that is called as monomers) named -
1. acrylonitrile,
2.) butadiene and
3.) styrene.
Properties that make ABS desirable products material:-
- polar attraction (opposite attracts concept) between monomers gives them tough and highly durable finished product.
- versatile nature (SRK of plastic world๐)
- useful for multiple domestic, commercial and specialist settings. example :-computer keyboards, LEGO.
- acrylonitrile provides chemical and thermal stability
- butadiene adds toughness and strength
- styrene gives the finished polymer a nice, glossy finish.
- ABS has low melting point. (it will burn and melt quickly), which enables its easy use in the INJECTION MOULDING PROCESS and 3D Printing . (3D printing using mostly plastic )
- high tensile strenth
- very resistant to physical impact , chemical corrosion (sunny deol of plastic world๐ช๐ช)
- allow finished plastic to withstand heavy use and adverse environmental conditions.( heavy rain, high temperature like events)
- easily moulded, sanded, shaped
- glossy surface finish is highly compatible with a wider range of paints and glues.(toxic chemicals ingredients)
- ABS plastic takes color easily, allowing finished products to be dyed in exact shades to meet precise project specifications. (modern make up expert girlie๐ )
YOU CAN SEE ABS PLASTIC APPLICAION :-
- computer keyboard components
- LEGO bricks,
- plastic face guards for wall sockets and protective housing for power tools.
- It is commonly used in the automotive field too, for items such as plastic alloys and decorative interior car parts.
- In the construction industry, ABS comes into its own in the manufacture of plastic tubing and corrugated plastic structures.
- It can be cut to size and comes in a wide range of colours and finishes.
- It also comes in handy in the manufacture of protective headgear such as hard hats and helmets.
- ABS thermoplastic polymer include printers, vacuum cleaners, kitchen utensils, faxes, musical instruments (recorders and plastic clarinets, to name just two) and plastic toys.
- Plastic items designed to live outside are often made from ABS as well since the versatile thermoplastic can stand up well to rain, storms and winds.
- However, to prolong its life outdoors, it must be adequately protected from UV rays and exposure to more extreme weather conditions.
- Its relatively cheap production costs also enable it to be used cost-effectively for producing prototypes and plastic preview models.
- More recently, ABS has been playing a key role in the rise and rise of 3D printing.
- ABS parts are readily available and can be easily moulded to create a desired form and effect.
- ABS can also be electroplated to enable even more options for its use.
- 3D printers are fast becoming a commonplace sight across manufacturers, educational institutes and even home-based printing businesses and other entrepreneurial initiatives.
- reasonable production costs
- sturdy, aesthetically pleasing structure.
- Its ability to withstand being heated and cooled multiple times make it highly suitable for recycling.
- ABS is versatile in the range of colour and surface texture options that can be achieved and it can be manufactured to a very high-quality finish.
- It is lightweight and suitable for a vast range of applications.
- Finally, ABS has low heat and electricity conductivity that is especially helpful for products requiring electrical insulation protection.
- It also offers excellent impact resistance and
- can absorb shock effectively and reliably.
- Its low melting point renders it inappropriate for high-temperature applications and medical implants.
- It has poor solvent and fatigue resistance too
- doesn’t stand up so well to UV exposure and weathering unless it is properly protected.
- Its low conductivity means that it cannot always be used in situations where this would prove a hindrance to the overall design.
- When burned, the ABS material gives off a high smoke generation, which could cause concerns around air pollution.
- While disadvantages like these do exist, if ABS is used in applications where it is not vulnerable to the limitations listed above, it can prove a cost-effective, attractive and top-performing thermoplastic with a wide variety of benefits and uses.
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