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BM M-02 FLASHCARD Plastics

Total questions: 40

Worksheet time: 40mins

Name
Class
Date
1.

soften when heated and harden when cooled regardless of the number of times the process is repeated

a)

SYNTHETIC RESIN PLASTICS

b)

THERMOPLASTICS

c)

THERMOSETTING PLASTICS

d)

CELLULOSE PLASTICS

2.

sometimes called thermocuring plastics, set into shape permanently when heat and pressure are applied during the forming stage

a)

SYNTHETIC RESIN PLASTICS

b)

THERMOPLASTICS

c)

THERMOSETTING PLASTICS

d)

CELLULOSE PLASTICS

3.

primarily cellulose acetate or butyrate, used principally for paints and lacquers, and transparent sheeting

a)

SYNTHETIC RESIN PLASTICS

b)

THERMOPLASTICS

c)

THERMOSETTING PLASTICS

d)

CELLULOSE PLASTICS

4.

Popular brands are “LUCITE” and “PLEXIGLASS”, this material combines the transparency of glass (but not scratch-proof quality) with plastics’ shatterproof quality.

a)

ACRYLICS

b)

ICI POLYETHYLENE (PE)

c)

ZIEGLER POLYETHYLENE (PE)

d)

POLYSTYRENE

5.

developed by Imperial Chemical Industries of Britain is a high-pressure, low-density PE that is flexible, tough and slightly resilient thermoplastic used in construction as pond or lagoon lining, and water-vapor barriers and dampproofing.

a)

ACRYLICS

b)

ICI POLYETHYLENE (PE)

c)

ZIEGLER POLYETHYLENE (PE)

d)

POLYSTYRENE

6.

low-density polyethylene (LDPE)

a)

ACRYLICS

b)

ICI POLYETHYLENE (PE)

c)

ZIEGLER POLYETHYLENE (PE)

d)

POLYSTYRENE

7.

a hard, strong, tough and rigid thermoplastic for household and industrial applications

a)

ACRYLICS

b)

ICI POLYETHYLENE (PE)

c)

ZIEGLER POLYETHYLENE (PE)

d)

POLYSTYRENE

8.

high-density polyethylene (HDPE)

a)

ACRYLICS

b)

ICI POLYETHYLENE (PE)

c)

ZIEGLER POLYETHYLENE (PE)

d)

POLYSTYRENE

9.

one of most important thermoplastics because of its excellent transparency and rigidity and its easy moldability.

a)

ACRYLICS

b)

ICI POLYETHYLENE (PE)

c)

ZIEGLER POLYETHYLENE (PE)

d)

POLYSTYRENE

10.

is a largely amorphous, rigid, tough, solvent-resistant, flame-resistant thermoplastic. Used for resilient floor tile, films, pipes, and for paint lacquers, adhesives and safety glass

a)

POLYVINYL CHLORIDE (PVC

b)

POLYCARBONATES

c)

POLYPROPYLENE

d)

NYLONS

11.

a family of linear polyesters, is a white, substantially amorphous, very tough and strong material with good heat resistance up to 150 deg C and excellent dimensional stability

a)

POLYVINYL CHLORIDE (PVC

b)

POLYCARBONATES

c)

POLYPROPYLENE

d)

NYLONS

12.

It is injection-molded to produce plates, rods, gears, and other shaped parts that advantageously replace die-cast metal parts. Used for skylights

a)

POLYVINYL CHLORIDE (PVC

b)

POLYCARBONATES

c)

POLYPROPYLENE

d)

NYLONS

13.

tough plastic with good resistance to heat and chemical action

a)

POLYVINYL CHLORIDE (PVC

b)

POLYCARBONATES

c)

POLYPROPYLENE

d)

NYLONS

14.

a family of polymers called linear polyamides. It is desired for the following properties: exceptionally strong, elastic, abrasion resistant, easy to wash, resistant to damage from oil and many chemicals, can be precolored or dyed in wide range of colors, and resilient

a)

POLYVINYL CHLORIDE (PVC

b)

POLYCARBONATES

c)

POLYPROPYLENE

d)

NYLONS

15.

a class of paraffinic polymers that have some or all of the hydrogen replaced by fluorine; characterized by excellent chemical resistance, excellent heat resistance, good electrical properties, excellent wear resistance, and resistance to abrasion

a)

FLUOROPLASTICS

b)

ACRYLONITRILE BUTADIENE STYRENE (ABS)

c)

MELAMINE and UREA

d)

EPOXY

16.

a styrenic resin with improved toughness and heat resistance; exhibits high gloss, low shrinkage, and good dimensional stability; widely used in injection molding of appliances, furniture, and automotive parts

a)

FLUOROPLASTICS

b)

ACRYLONITRILE BUTADIENE STYRENE (ABS)

c)

MELAMINE and UREA

d)

EPOXY

17.

has high melt strength suitable for the production of extruded sheet, some of considerable size and thickness. Applications include panels for large appliances and thermoformed items such as hot tubs and recreational vehicle parts

a)

FLUOROPLASTICS

b)

ACRYLONITRILE BUTADIENE STYRENE (ABS)

c)

MELAMINE and UREA

d)

EPOXY

18.

hard, durable and dimensionally stable, these similar plastics are resistant to chemicals, electric potential, and heat; used in molded dishes, and incandescent light diffusion and for baked enamels

a)

FLUOROPLASTICS

b)

ACRYLONITRILE BUTADIENE STYRENE (ABS)

c)

MELAMINE and UREA

d)

EPOXY

19.

used in buildings for its remarkable adhesive qualities. It may also be used for special paints that are chemically resistant and for special caulking compounds

a)

FLUOROPLASTICS

b)

ACRYLONITRILE BUTADIENE STYRENE (ABS)

c)

MELAMINE and UREA

d)

EPOXY

20.

appear chiefly as molded electrical parts, and as the vehicle in paints, lacquers, and enamels

a)

ALKYDS

b)

PHENOLICS

c)

POLYESTER

d)

URETHANES

21.

used for paints, baked enamels, adhesives, impregnating resins for paper and wood, and finish hardware

a)

ALKYDS

b)

PHENOLICS

c)

POLYESTER

d)

URETHANES

22.

most commonly used in large glass-fiber reinforced translucent panels that are strong, rigid, and impact-resistant. Also used for impregnating paper and wood, as laminating material, and for contact adhesive

a)

ALKYDS

b)

PHENOLICS

c)

POLYESTER

d)

URETHANES

23.

used in paint coatings, and as foams, are self-adhesive

a)

ALKYDS

b)

PHENOLICS

c)

POLYESTER

d)

URETHANES

24.

used for clear, water-repellant paints for concrete and masonry surfaces above grade

a)

SILICONE

b)

POLYTETRAFLUOROETHYLENE (PTFE)

c)

FLUOROETHYLENEPROPYLENE (FEP)

d)

PER FLUOR ALKOXY

25.

Grandfather of all fluoroplastics; most unusual and exhibits the best performance in terms of temperature and chemical resistance, and non-stick properties.

a)

SILICONE

b)

POLYTETRAFLUOROETHYLENE (PTFE)

c)

FLUOROETHYLENEPROPYLENE (FEP)

d)

PER FLUOR ALKOXY

26.

"TEFLON" "TEPLON"

a)

SILICONE

b)

POLYTETRAFLUOROETHYLENE (PTFE)

c)

FLUOROETHYLENEPROPYLENE (FEP)

d)

PER FLUOR ALKOXY

27.

mainly manufactured by Du Pont Co and was developed as "melt processable" version of PTFE

a)

SILICONE

b)

POLYTETRAFLUOROETHYLENE (PTFE)

c)

FLUOROETHYLENEPROPYLENE (FEP)

d)

PER FLUOR ALKOXY

28.

developed as a high temperature version of FEP

a)

SILICONE

b)

POLYTETRAFLUOROETHYLENE (PTFE)

c)

FLUOROETHYLENEPROPYLENE (FEP)

d)

PER FLUOR ALKOXY

29.

"Tough Teflon"; normal thermoplastic, but is much harder than PTFE & FEP, and similar hardness to Nylon; used as an Engineered Plastic

a)

ETHYLENE TETRA FLUORO ETHYLENE COPOLYMER (ETFE)

b)

ETHYLENE-CHLORO TRI FLUORO ETHYLENE (E-CTFE)

c)

POLY VINYLIDENE FLUORIDE (PVDF)

d)

POLYVINYL FLOURIDE (PVF)

30.

a tough fluoroplastic with similar properties to ETFE and used mainly for its chemical resistance

a)

ETHYLENE TETRA FLUORO ETHYLENE COPOLYMER (ETFE)

b)

ETHYLENE-CHLORO TRI FLUORO ETHYLENE (E-CTFE)

c)

POLY VINYLIDENE FLUORIDE (PVDF)

d)

POLYVINYL FLOURIDE (PVF)

31.

a very hard plastic roughly comparable to E-CTFE and relatively cheap compared with fluoroplastics; has good chemical resistance.

a)

ETHYLENE TETRA FLUORO ETHYLENE COPOLYMER (ETFE)

b)

ETHYLENE-CHLORO TRI FLUORO ETHYLENE (E-CTFE)

c)

POLY VINYLIDENE FLUORIDE (PVDF)

d)

POLYVINYL FLOURIDE (PVF)

32.

a hard, tough fluoroplastic with limited chemical and temperature resistance; normally used as a film in gas bags, solar heating panels and printing circuit laminating

a)

ETHYLENE TETRA FLUORO ETHYLENE COPOLYMER (ETFE)

b)

ETHYLENE-CHLORO TRI FLUORO ETHYLENE (E-CTFE)

c)

POLY VINYLIDENE FLUORIDE (PVDF)

d)

POLYVINYL FLOURIDE (PVF)

33.

Usually made of acrylate, polyester, or polystyrene plastics, either plain or reinforced with glass-fiber, are available in flat or corrugated sheets and various deformed shapes

a)

PLASTIC SHEETS

b)

PLASTIC FILMS

c)

PLASTIC FOAMS

d)

PLASTIC LAMINATES

34.

Thicknesses vary from 1.5mm to 2.38mm (1/16 to 3/32 inches)

a)

PLASTIC SHEETS

b)

PLASTIC FILMS

c)

PLASTIC FOAMS

d)

PLASTIC LAMINATES

35.

As water barrier or dampproofing material, it is generally made of polyethylene and polyvinyl and come in thicknesses ranging from 1 to 10 mils (0.001 to 0.01 inch) and in rolls of 50’ length and 3’ to 40’ width

a)

PLASTIC SHEETS

b)

PLASTIC FILMS

c)

PLASTIC FOAMS

d)

PLASTIC LAMINATES

36.

Used as flotation material, thermal insulators, and shock-resistant mountings. Offers possibilities for lightweight materials of high strength

a)

PLASTIC SHEETS

b)

PLASTIC FILMS

c)

PLASTIC FOAMS

d)

PLASTIC LAMINATES

37.

the process applied to paper or fabric impregnated with thermosetting resins

a)

PLASTIC SHEETS

b)

PLASTIC FILMS

c)

PLASTIC FOAMS

d)

PLASTIC LAMINATES

38.

Used principally for skylights, skydomes, safety glass, paints, adhesives, finish hardware, & lighting fixtures.

a)

ACRYLICS

b)

ICI POLYETHYLENE (PE)

c)

ZIEGLER POLYETHYLENE (PE)

d)

POLYSTYRENE

39.

It is non-water absorbent, it is found in colorful, but brittle wall tiles. It is one of several plastics used in lighting fixture diffusers. In foam form, it has become an important thermal insulator. Also found in paint for concrete

a)

ACRYLICS

b)

ICI POLYETHYLENE (PE)

c)

ZIEGLER POLYETHYLENE (PE)

d)

POLYSTYRENE

40.

can be used to replace glass in any type of windows or doors, skylights, shower enclosures, or in any area where a translucent, transparent or opaque material in a wide variety of colors are needed in the interior

a)

PLASTIC SHEETS

b)

PLASTIC FILMS

c)

PLASTIC FOAMS

d)

PLASTIC LAMINATES