EVERYDAY MATERIALSAtlas
Material behaviour

Forming & shaping

Turn useful matter into useful geometry.

What it means

A material must survive its manufacturing route. Ductility permits stretching into wire; malleability permits deformation under compression. Thermoplastics can soften for shaping, while curing makes a thermoset network that cannot simply melt again. Process temperature, additives and previous treatment change the available shapes.

Look for it in everyday life.

A drink can is formed from sheet; a moulded polypropylene chair uses a different route.

Meet it in a material.

Aluminium

Light enough to carry. Adaptable enough to shape.

Metals

Copper

A quiet network of heat and electricity.

Metals

Carbon steel

Strength built from chemistry and structure.

Metals

Stainless steel

A protective surface that renews itself.

Metals

Cast iron

A heavy pan with a cast-in shape.

Metals

Zinc

A layer that protects another metal.

Metals

Nickel

A small addition can change the whole material.

Metals

Tin

A thin coating or a tiny electrical joint.

Metals

Gold

A precious surface for a reliable contact.

Metals

Calcium carbonate

A mineral that becomes a filler, pigment or gentle abrasive.

Elements & minerals

Silica

The same chemistry can have different structures.

Elements & minerals

LDPE

Branching makes a familiar flexible film.

Polymers

PVC

One polymer, from rigid frames to flexible cable jackets.

Polymers

ABS

A tough shell around a more delicate machine.

Polymers

Polycarbonate

A clear view with more impact tolerance.

Polymers

Nylon

One family can become a bristle or a gear.

Polymers

Polyester fibre

Bottle chemistry, textile structure.

Polymers

Cotton

A seed fibre turned into everyday fabric.

Natural materials

Paper & paperboard

A network of fibres becomes a sheet, box or carton.

Natural materials

Carbon-fibre composite

Strength follows the direction of the fibres.

Composites

Glass-fibre composite

Brittle glass becomes useful reinforcement.

Composites

Brass

Copper and zinc, tuned for a useful shape.

Metals

Silver

A bright surface and a route for current.

Metals

Acrylic (PMMA)

Clear plastic that can become a shaped window.

Polymers

Polystyrene

One polymer, several very different structures.

Polymers

Leather

A biological fibre network, stabilised for use.

Natural materials

Bamboo

A grass stem becomes a useful structure.

Natural materials

Plywood

Thin layers share the work in different directions.

Composites

Concrete

Stone grains held by a reacting binder.

Composites

Gypsum

A mineral whose bound water can be rearranged.

Elements & minerals

Cement

A reactive powder that binds a composite.

Glass & ceramics

Elastane / spandex

A small thread that changes how a fabric moves.

Polymers

Follow the evidence

Original explanations informed by the sources below. Technical and industry sources support material behaviour; industry environmental marketing is not treated as a universal comparison. Read our editorial method.