Materials cards

Description

Here are some flash cards that go through ferrous and non ferrous materials and thermoplastics and thermosetting plastics
Neil Davies
Flashcards by Neil Davies, updated more than 1 year ago
Neil Davies
Created by Neil Davies almost 10 years ago
22
1

Resource summary

Question Answer
Tough, high tensile strength, ductile. Because of low carbon content it can not be hardened and tempered. It must be case hardened. Ferrous Mild steel
Can be hardened and tempered. Can be brittle. Retains hardness at high temperatures. Ferrous High Speed steel
Corrosion resistant, builds a layer of oxide on the surface. Ferrous Stainless Steel
The hardest of the carbon steels. Less ductile, tough and malleable. Ferrous High Carbon steels
Stronger and harder than mild steels. Less ductile, tough and malleable. Ferrous Medium carbon steels
Hard, brittle, strong, cheap, self-lubricating. Available in White, grey , malleable form. Ferrous Cast iron
Greyish-White, soft, malleable, conductive to heat and electricity, It is corrosion resistant. It can be welded but this is difficult. Needs special processes. Non ferrous Aluminium
Ductile, Malleable, Work Hardens. Mixture of one or more metal with one an aluminium. Non ferrous Aluminium alloy
Red, tough, ductile, High electrical conductor, corrosion resistant, Can work hard or cold. Needs frequent annealing. Non ferrous Copper
Very corrosive, yellow in colour, tarnishes very easily. Harder than copper. Good electrical conductor. Non ferrous Brass
The heaviest common metal. Soft, malleable, bright and shiny when new but quickly oxidizes to a dull grey. Resistant to corrosion. Non ferrous Lead
A layer of oxide protects it from corrosion, bluish-white, easily worked. Non ferrous Zinc
White and soft, corrosion resistant. Non ferrous Tin
Wide range of colours. Stiff, hard. Tough at room temperature. Can be used outdoors if suitably stabilised. Light weight. Very good acid and alkali resistance. Particularly good for fabricating. Thermoplastic Rigid PVC (poly vinyl chloride)
Stiff, strong and tough. Scratches easily. Comes in a wide range of colours. Thermoplastic Acrylonitrile butadiene styrene (ABS)
Hard, tough, rigid, creep resistant. Good bearing surface. Self-lubricating. Resistant to oil, fuels and chemicals. High melting point. Very resilient. Wear and friction resistant. Thermoplastic Nylon
Good electrical insulator, good heat resistance. Stiff, hard, brittle alone but strong and resilient when laminated. Resistant to ultraviolet light for outside use. Strongly exothermic, this can lead to cracking. Contracts on curing. Thermosetting Plastic Polyester resin
Wide range of colours. Tough. Good chemical resistance. Good electrical insulator. Flexible, soft. Fades unless light stabilised. Attracts dust unless anti-static. Thermoplastic Low density polythene (LDPE)
Wide range of colours. Fairly stiff and hard. Stiffness and softening point both increase with density. Can be sterilised. Good chemical resistance. High impact and shock resistant. Fades unless light stabilised. Thermoplastic High density polystyrene (HDPE)
Stiff, hard glass clear. Very durable outdoors. Easily machined, cemented and polished. Good electrical insulator. Safe with food. Ten times more impact resistance than glass. Splinters easily. Scratches easily. Thermoplastic. Acrylic or poly(methyl methacrylate) (PMMA
It is used in packaging and labelling, in textiles such as carpets and thermal underwear, stationery, laboratory equipment, loudspeakers, polymer banknotes. It is resistant to a lot of chemical solvents, acids and bases. Thermoplastic Polypropylene or polypropene
can be a thermoplastic or a thermoset. As a thermoplastic it is used for disposable cutlery, CD and DVD cases, plastic models, smoke detector housings, packaging materials, insulation, foam cups Polystyrene
Show full summary Hide full summary

Similar

Orbital Mechanics
Luke Hansford
Software Processes
Nurul Aiman Abdu
Module 1: Introduction to Engineering Materials
Kyan Clay
Mathematics
rhiannonsian
AOCS - Attitude and orbit control systems
Luke Hansford
Ordinary Differential Equations
rhiannonsian
audio electronics
Lillian Mehler
Building Structures
Niat Habtemariam
communication system
Lillian Mehler
Disposal of polymers
grace.hanc