3D Printer Filaments

 3D Printer Filaments are usually printers using digital technology to achieve. 3D Printing (3DP) is a rapid prototyping technology, which is a digital model file based on the use of powdered metal or plastic bondable material way by layer by layer printing technology to construct the object.
3D printing materials 3D Printer Filaments are usually printers using digital technology to achieve. Often in the mold manufacturing, industrial design and other areas have been used to manufacture the model, gradually for direct manufacturing of some products, it has made use of this technology to print parts. The technology in the jewelry, footwear, industrial design, architecture, engineering and construction (AEC), automotive, aerospace, dental and medical industries, education, geographic information systems, civil engineering, firearms and other areas have applied.

3D Printer Filaments

Name: Acrylonitrile – butadiene – styrene copolymer

3D Printer Filaments Abbreviation: ABS 3d printer filaments

English: Acrylonitrile butadiene Styrene copolymers

CAS No.: 9003-56-9

Molecular formula: C45H51N3X2

Molecular Weight: 633.91

Matter

3d printer filaments , Acrylonitrile, butadiene and styrene terpolymer, A representative of acrylonitrile, B on behalf of butadiene, S for styrene. The product has high strength, low weight. Opaque appearance of pale ivory, non-toxic, tasteless, both tough and hard, just the characteristics of slow burning, the flame was yellow, smoke, burning plastic after softening, scorching, issued a special cinnamon smell, but no melt dripping. It is one of a kind commonly used in engineering plastics. Specific gravity: 1.05 g / cc, mold shrinkage: 0.4-0.7%, molding temperature: 200-240 ℃, drying conditions: 80-90 ℃ / 2 hours.

Chemical Characteristics

1, the better comprehensive properties, high impact strength, chemical stability, good electrical properties.

2, and 372 with good weld plexiglass, plastic parts made of color, and can be chrome plated, paint treatment.

3, high impact, high heat resistance, flame retardant, enhanced transparency level.

4, liquidity almost, than PMMA, PC, etc. better than HIPS, good flexibility.

Molding characteristics of 3D Printer Filaments

1, amorphous material, liquid medium, moisture large, must be fully dried, the surface gloss plastic parts requested to be preheated and dried 80-90 degrees, three hours long.

2, should take the high melt temperature, high mold temperature, melt temperature is too high but easy decomposition (decomposition temperature> 270 degrees). For high precision plastic parts, mold temperature should take 50-60 degrees, high gloss. Heat resistant plastic parts, mold temperature should take 60-80 degrees.

3. To solve folder waterlines, need to improve the flow of material, taking a high melt temperature, high mold temperature, or change the water level [1].  3d printer filaments

4. forming heat or flame retardant grade material, production mold surface will be 3-7 days after the remnants of plastic decomposition, leading to the mold surface shiny, the need for timely clean up the mold, while the mold surface need to increase the exhaust position.

ABS resin is the largest output, the most widely used polymers, it PS, SAN, BS various properties of organic unity, both tough and hard, just balanced with excellent mechanical properties. ABS is an acrylonitrile, butadiene and styrene terpolymer, A representative of acrylonitrile, B on behalf of butadiene, S for styrene.

ABS plastic 3D Printer Filaments is generally opaque appearance pale ivory, non-toxic, tasteless, both tough and hard, just the characteristics of slow burning, the flame was yellow, smoke, burning plastic after softening, scorching, issued a special cinnamon smell, but no melt dripping.

ABS plastic with excellent performance, excellent impact strength, good dimensional stability, electrical properties, wear resistance, chemical resistance, dyeing, molding processing and machining better. 3D Printer Filaments Water-resistant ABS resin, inorganic salts, alkalis and acids, insoluble in most alcohols and hydrocarbon solvents, and easily soluble in aldehydes, ketones, esters and certain chlorinated hydrocarbons.