A) ISO 9001 B) USP Class VI C) UL 94V-0 D) ASTM D2000
A) 0 to 40 B) 10 to 50 C) 20 to 100 D) 5 to 80
A) It produces toxic fumes B) It melts quickly C) It is highly flammable D) It is fire retardant
A) Steam autoclaving B) UV bleaching C) Liquid nitrogen freezing D) Microwave heating
A) High gloss B) Opacity C) Transparency D) Metallic finish
A) Extreme temperature resistance B) Magnetic properties C) Low cost D) Conductivity
A) None of the above B) Strong solvents C) Acids and alkali D) Oils only
A) Slightly bitter B) Tasteless and odorless C) Sweet smelling D) Distinct chemical scent
A) Brittleness B) Rigidity C) Low elongation D) High tear strength
A) Excellent insulating properties B) Static generation C) Conductivity D) High magnetism
A) OSHA Standard 1910 B) FDA 21 CFR 177.2600 C) EPA Section 5 D) CE Marking 2024
A) It is resistant to bacteria growth B) It must be coated to prevent bacteria C) It promotes bacteria growth D) It has no effect on bacteria
A) Platinum cured. B) Heat-activated sulfur cured. C) Peroxide cured. D) UV cured.
A) Because of its thermosetting nature. B) Because it is a thermoplastic material. C) To lower the melting point of the silicone. D) To remove oxygen from the material.
A) 75% B) 50% C) 30% D) 10%
A) Hydrophobicity. B) High solubility in water. C) Increased transparency. D) Conductive electrical properties.
A) Polypropylene B) Nylon 6,6 C) Polystyrene D) Polyethylene
A) Injectors. B) Plungers. C) Nozzles. D) Mixers.
A) Building insulation foam. B) Bottle nipples. C) Glass window panes. D) Automotive tires.
A) Carbonyl or hydroxyl. B) Butyl or propyl. C) Phenyl or ethyl. D) Methyl or vinyl.
A) Trimming excess material. B) Storing the final product. C) Curing the elastomer. D) Pressurizing the liquid silicone.
A) Pre-vulcanized sheets B) Loose powder C) Barrels D) Solid blocks
A) Adding the catalyst B) Cooling the material C) Mixing the two components D) Filtering impurities
A) Injection molding B) Blow molding C) Transfer molding D) Extrusion molding
A) Low vulcanization speed B) Low viscosity C) High density D) High thermal conductivity
A) 10 - 100 psi B) 50 - 200 psi C) 500 - 5000 psi D) 10000 - 20000 psi
A) A chiller B) A color injector C) A vacuum pump D) A static mixer
A) After the heating cycle completes B) Immediately once components are mixed C) Before the static mixer stage D) Once the material enters the mold
A) Low process repeatability B) Short cycle time C) High material waste D) Requires manual trimming |