Vulcan

Material family and supplier guides

Search a requirement. Open the material family.

Search plastic, rubber and LSR families by exposure, application, property or commercial name. Each result opens a detailed guide with property ranges, existing material names and at least ten supplier paths.

Searchable material guides

Search a requirement. Open the material family.

Use the search to narrow commercial material families by process, exposure, application or property. Each family opens a dedicated guide with useful property ranges, commercial examples, selection questions and supplier paths.

PP and TPO

Polypropylene and TPO compounds

Low density material families for cost controlled trim, living hinges and chemical resistant components.

Typical density
0.89 to 1.20 g/cm³
Tensile behavior
Grade and reinforcement dependent
Continuous use
Commonly 80 to 120 °C by grade
Mold shrinkage
Often 1.0 to 2.5%, lower with mineral or glass
Commercial examples

LyondellBasell Hostacom and Hifax · Borealis Daplen · SABIC STAMAX

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ABS and PC ABS

Styrenics and PC ABS blends

Appearance and structural housing families that balance finish, impact and heat.

Typical density
1.03 to 1.22 g/cm³
Heat resistance
About 80 to 130 °C by blend
Impact
Good to very high by PC content
Mold shrinkage
Commonly 0.4 to 0.7%
Commercial examples

SABIC CYCOLAC and CYCOLOY · Covestro Bayblend · BASF Terluran and Terblend

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PA and PPA

Polyamides and high temperature nylons

Structural families for heat, load, fluids and glass reinforced precision parts.

Typical density
1.10 to 1.65 g/cm³
Reinforcement
Unfilled to 60% glass or mineral
Heat resistance
About 100 to above 200 °C by chemistry
Mold shrinkage
About 0.2 to 1.8%, strongly directional
Commercial examples

BASF Ultramid · Celanese Zytel · Envalior Durethan, Akulon and Stanyl

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PBT and PET

Engineering polyesters

Dimensionally stable electrical and sensor housing families with strong dielectric options.

Typical density
1.30 to 1.70 g/cm³
Reinforcement
Commonly 10 to 50% glass
Heat resistance
About 120 to 180 °C by grade
Mold shrinkage
About 0.2 to 1.7%
Commercial examples

BASF Ultradur · SABIC VALOX · Celanese Celanex

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POM

Acetal copolymer and homopolymer

Low friction precision families for moving mechanisms, gears and fuel system parts.

Typical density
1.39 to 1.45 g/cm³
Friction and wear
Excellent for many moving pairs
Stiffness
High with good fatigue response
Mold shrinkage
Often 1.5 to 2.2%
Commercial examples

Celanese Hostaform · DuPont Delrin · BASF Ultraform

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TPE, TPV and TPU

Thermoplastic elastomers

Flexible injection families for seals, grips, bellows, footwear and two material parts.

Typical density
0.88 to 1.25 g/cm³
Hardness
About Shore 20A to 75D
Compression set
TPV and engineered TPE grade dependent
Abrasion
TPU often excels
Commercial examples

Celanese Santoprene · Teknor Apex Sarlink and Monprene · KRAIBURG THERMOLAST

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PPS, PEEK and PEI

High performance thermoplastics

High heat, chemical and electrical families for severe underhood and industrial service.

Typical density
1.27 to 1.70 g/cm³
Heat resistance
About 170 to above 250 °C
Chemical resistance
High to exceptional by family
Flame
Inherent or high rating options
Commercial examples

Syensqo Ryton and KetaSpire · Celanese Fortron · SABIC ULTEM

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Bio, circular and compostable

Lower fossil and end of life plastic routes

Commercial routes include bio based feedstock, recycled content, mass balance and certified compostable materials. These claims are not interchangeable.

Claim type
Bio based, recycled, mass balance or compostable
Certification
Match claim to recognized chain of custody or composting standard
Mechanical properties
Can match durable engineering families by route
Heat resistance
Very low to high depending on base polymer
Commercial examples

BASF ecovio and Ultramid Ccycled · Arkema Rilsan PA11 · Covestro Makrolon RE and RP

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Detailed grade data

Continue with current supplier records.

Family ranges help with a shortlist. A production choice still requires the current grade data sheet, conditioning, test method, regulatory status and customer approval.

CAMPUSStandardized plastics dataUL ProspectorCommercial grade searchSpecialChemSupplier and additive searchMatWebProperty reference database
Fast selection sequence
  1. Define temperature, fluids, load, life and customer standard.
  2. Open the closest family and compare commercial examples using matched test methods.
  3. Request candidate data, mold samples and complete customer change validation before substitution.