Design Properties for Plastics Engineering - Engineering and High Performance Polymers (collection of all my posts)

 

The Secret of High Performance Polymers: Why They Can Handle High Heat and Harsh Chemicals?

Introduction to the World of High Performance Polymers [Youtube training video; German]
High performance polymers used in children buggies
Fluoropolymers As Enabler For Megatrends: From Resource Efficiency To Digitalization
10 Fluoropolymer Facts for Designers & Engineers
Design Properties for Engineers: HDT @ 1.8 MPa Values for High Performance Polymers
Creep Strength and Toughness of High Performance Plastics
High Performance Polymers: Suitable for Low Temperatures?
Design Properties for Engineers: Weldline Strength of High Performance Polymers
Design Properties for Engineers: Coefficient of Linear Thermal Expansion (CLTE) of High Performance Polymers
Design Properties for Engineers: Chemical Resistance of High Performance Polymers
High Heat Plastics (HHP) Demystified incl. Cheat Sheet
Design Properties for Engineers: Tensile Properties of High Performance Polymers
Design Properties for Engineers: Dynamic Mechanical Analysis (DMA) of High Performance Polymers
Design Properties for Engineers: Flexural Properties of High Performance Polymers

Design Properties for Engineers: Thermal Conductivity of High Performance Polymers

Design Properties for Engineers: Transition Temperatures (Tg, Tm, CUT) of High Performance Polymers

Design Properties for Engineers: Price Performance Ratio of High Performance Polymers

Design Properties for Engineers: Electrical and Dielectric Properties of High Performance Polymers

Design Properties for Engineers: Fire Behavior (UL 94) and Limiting Oxygen Index (LOI) of High Performance Polymers

Design Properties for Engineers - Compression Stress of High Performance Polymers

Design Properties for Engineers: Water and Moisture Absorption of High Performance Polymers

Design Properties for Engineers: Fuel and Oil Resistance of High Performance Polymers

Design Properties for Engineers – Processing Temperatures of High Performance Polymers

Design Properties for Engineers – Tribological Properties of High Performance Polymers

Design Properties for Engineers: 7 Key Properties vs. Density of Unfilled High Performance Polymers

Design Properties for Engineers: Key Properties vs. Density of Filled High Performance Polymers

Design Properties for Engineers – Residence Times of High Performance Polymers (Injection Moulding)

Design Properties for Engineers: Hot Runner System Suitability of High Performance Polymers

Aliphatic and Aromatic Polyketones – Introduction, Performance Comparison and Applications

Design Properties for Engineers – Comparison Property Data of Polyphthalamides (PPAs)

Design Properties for Engineers: UL RTI vs HDT of Commodity, Engineering and High Performance Polymers

Design Data for Plastics Engineering: Selected Properties of Natural Fiber Based Polymer Compounds

Design Properties for Plastics Engineering: Key Electrical Properties of Selected Engineering and High Performance Polymers for E-Mobility

Design Properties for Polymer Engineering: Dynamic Mechanical Analysis (DMA) of Unfilled Engineering Polymers 

Design Properties for Polymer Engineering: Dynamic Mechanical Analysis (DMA) of Reinforced Engineering Polymers

Plastic Part Design Properties for Engineers - Water Uptake of Aliphatic Polyamides

HDT @ 1.82 MPa Filled and Unfilled Thermoplastics

Plastic Part Design Properties for Engineers - CTE/ CLTE of Polymers, Mineral Fillers and Metals

Plastic Part Design Data - Thermal conductivity of Polymers as a Function of Temperature

Plastic Design Data - CLTE of Polymers as a Function of Temperature

Plastic Multipoint Design Data: Specific Heat Capacity as a function of Temperature

Plastic Multipoint Design Data: Creep Strain of Amorphous and Semi-Crystalline Polymers

Design Properties for Engineers: Chemical Resistance of Plastics - An Overview for Material Selection

Plastic Multipoint Design Data: Brittleness as a Function of Temperature