ABS/PMMA

Acrylonitrile Butadiene Styrene (ABS) is a common thermoplastic used to make light and rigid components. ABS is made by polymerizing styrene and acrylonitrile in the presence of polybutadiene. The styrene gives the plastic a shiny, impervious surface. Butadiene is a rubbery substance that provides resilience even at low temperatures.

ABS can be used between -25C and 60C. The properties are created by rubber toughening, where fine particles of elastomer are distributed throughout the rigid matrix.

ABS/PMMA plastic sheet is a multilayered one. It is manufactured by coextrusion of ABS with PMMA. A layer of ABS (acrylonitrile butadiene styrene) makes products high impact resistant even at sub-zero temperatures. The top layer of impact resistant PMMA (poly methyl methacrylate, more common «acrylic») provides scratch resistance, protection from destruction under the influence of UV rays, excellent surface quality with high gloss, resistance to acids, alkalis, fats, automotive fuels, cold proof coolants, cleaning substances. It also prevents bacterial growth.
ABS-plastic and PMMA are well-colored, so it is possible to produce sheets of a wide range of colors. The lower surface of the sheet is corona treated (activated) and has a high interface tension, which contributes to better adhesion with resins and glues.
ABS/PMMA-plastic sheet can be processed by machining, milling, bonding, laser cutting, thermal, friction and ultrasonic welding, etc.
Another very important characteristic ABS/PMMA sheet is its light weight.

ABS/PMMA plastic sheet is an irreplaceable material for sauna and bathroom furnishing, manufacturing of coolers elements, fountains, children’s and medical furniture, facades for kitchen and living room furniture, sanitary ware: showers, tubs, sinks, furniture for the bath.
ABS/PMMA plastic sheet can be easily thermoformed, and that gives the ability to produce bathes with complex geometry and deep hood from it. Products from ABS/PMMA are considerably lighter than that from metal and iron, that simplifies their transportation and installation.

ABS/PMMA compositions are used for thermoforming of various sanitary ware: sinks, tubs, showers, shower trays, fountains, saunas, items of furniture and decoration of bathrooms, as well as for the manufacturing of parts for refrigerators, door paneling and external decorating in the automotive industry, in the manufacture of outdoor advertising, commercial equipment.

PHYSICAL PROPERTIES

ABS/PMMA is highly resistant to scratching and bacteria. Acrylic layer provides protection from UV rays, excellent surface quality with strong gloss, chemical resistance

CHEMICAL PROPERTIES

under normal conditions, a plastic sheet is resistant to acids, alkalis, light and oxygen, oil-and water. This plastic dissolves well in carboxylic acids, esters, including monomer, ketones, chlorinated and aromatic hydrocarbons

ELECTRICAL PROPERTIES

ABS/PMMA sheets have good electrical insulation properties, high resistance to breakdown

PROCESSING

ABS/PMMA can be processed by all kinds of machining:
• milling
• bonding
• all kinds of moulding
• cutting down
• laser cutting, etc

FORM OF DELIVERY

Thickness: up to 10 mm
Width: up to 2000 mm

SURFACE

embossed, smooth and high glossy

ABS sheets, co-extruded with PMMA (so-called «sanitary» plastic) are multilayer sheets, with the top layer of high-impact modified acrylic. The bottom layer of acrylonitrile-butadiene-styrene (ABS) provides high-quality sheets forming and high impact resistance, as well as resistance to low temperatures. Acrylic layer provides protection from UV rays, excellent surface quality with strong gloss and chemical resistance. ABS/PMMA can be manufactured in different colors, depending on the customer requirements.

    • Density-
      UNIT - g/cm³
      TEST METHOD, ISO - 1183
      VALUES - 1.075

    • Yield stress -
      UNIT -Mpa
      TEST METHOD, ISO - 527-2/1B/20
      VALUES - 35

    • Тensile strength at break-
      UNIT - %
      TEST METHOD, ISO - 527
      VALUES - 3

    • Charpy unnotched impact strength - 23°C
      UNIT - kJ/m²
      TEST METHOD, ISO - 179/1ep
      VALUES - 15

    • Charpy notched impact strength - 23°C
      UNIT - kJ/m²
      TEST METHOD, ISO - 179/1ep
      VALUES - 10

    • Charpy notched impact strength - -30°C
      UNIT - kJ/m²
      TEST METHOD, ISO - 179/1epA
      VALUES - 3

    • Flexural Modulus -
      UNIT - Mpa
      UTEST METHOD, ISO - 178
      VALUES - 2100

    • Heat deflection temperature, (НDT)- 1.8 MPa.
      UNIT - °С
      TEST METHOD, ISO - 75-2Ae
      VALUES - 96
* The above values relate to the thermoplastic immediately after extrusion and does not take into account the impact of aging.

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