Home
Goals & Services
Material analysis
Physical analysis
Shrinkage behaviour
Shrinkage analysis moulding compounds
Foaming behaviour – closed process
Foaming behaviour – open process
Rheometric analysis
Rotational rheometry
Viscosity of moulding compounds
Thermal analysis
Curing analysis, reaction kinetics
Coefficients of thermal expansion (CTE)
Mechanical testing
Tensile, bending and compression tests
Compression set
Dynamic Testing
Creep and relaxation behaviour
Hardness
Process analysis
Demoulding behaviour
Foaming pressure
Mixing behaviour
Analysis equipment
Dosing
High pressure metering and dosing
Low pressure metering and dosing
Laboratory press
Dilatometer
Knowledge Base
Materials
Polyurethane
Compact PU
PU foams
Epoxy resin
Phenolic resin
Polyester resin
Silicones
Rubber
SMC and BMC
GMT
Thermoplastics
Background
cellEQ Dilatometer
Application
Processing and production
For the material development
Simulation
Goods and production controls
Company
Team
EXIST-project
DE
EN
Home
Goals & Services
Material analysis
Physical analysis
Shrinkage behaviour
Shrinkage analysis moulding compounds
Foaming behaviour – closed process
Foaming behaviour – open process
Rheometric analysis
Rotational rheometry
Viscosity of moulding compounds
Thermal analysis
Curing analysis, reaction kinetics
Coefficients of thermal expansion (CTE)
Mechanical testing
Tensile, bending and compression tests
Compression set
Dynamic Testing
Creep and relaxation behaviour
Hardness
Process analysis
Demoulding behaviour
Foaming pressure
Mixing behaviour
Analysis equipment
Dosing
High pressure metering and dosing
Low pressure metering and dosing
Laboratory press
Dilatometer
Knowledge Base
Materials
Polyurethane
Compact PU
PU foams
Epoxy resin
Phenolic resin
Polyester resin
Silicones
Rubber
SMC and BMC
GMT
Thermoplastics
Background
cellEQ Dilatometer
Application
Processing and production
For the material development
Simulation
Goods and production controls
Company
Team
EXIST-project
DE
EN
Coefficients of thermal expansion (CTE)
Analysis of thermal expansion of liquids and solid materials
Typical temperature ramps of 2K/min (individual ramps possible)
Temperature controlled measuring cell up to 200 °C
Analysis pressure up to 200 bar
CTE-graph (temperature dependent) for an exact simulation of warpage and shrinkage
CTE in dependence of environmental conditions, material conditioning, processing aids, etc.
For
: Liquid, solid or paste-like components of reactive systems (e.g.
polyurethane
,
epoxy resins
,
silicones
,
rubbers
) as well as all cured or solid plastics
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