Material testing equipment configured for your test method and specimen.
Select by material state and required result
Rubber compounds and thermoplastics do not follow one testing pathway. Start with the material state, the decision the result must support and the current procedure, then select the instrument principle, specimen preparation and measurement configuration.
Request a Polymer Test Configuration →For uncured or compounded rubber, confirm whether the decision concerns vulcanization behaviour, processing consistency or a finished elastomer property.
For pellets, moulded specimens or finished materials, define whether the required evidence concerns melt flow, thermal behaviour or resistance to a specified impact method.
Material and state · current method/revision · specimen and preparation · required result and range · test frequency · reports · destination and utilities
One category, four different measurement principles
Rubber and plastic tests cannot be selected from the material name alone. Define the material state and the production or design decision, then match it to the applicable measurement path.
Review method-defined vulcanization characteristics of an uncured or compounded rubber specimen under controlled test conditions.
Confirm: compound · method · temperature · result setInvestigate specified thermal transitions or reaction behaviour using the required sample preparation, atmosphere and temperature program.
Confirm: material state · program · atmosphere · outputDetermine method-defined mass or volume flow behaviour under the selected temperature, load and specimen preparation conditions.
Confirm: resin · condition · load · MFR/MVRMeasure impact behaviour using the prescribed specimen geometry, notch preparation, conditioning and pendulum configuration.
Confirm: specimen · notch · conditioning · energy rangeState whether the sample is raw rubber, compound, vulcanized elastomer, thermoplastic pellet, moulded bar, sheet or finished part.
Provide the governing ASTM, ISO, customer or internal procedure and the edition currently used by your laboratory.
Define mass or dimensions, cutting or notching, moulding history, conditioning, orientation and handling before the test.
Confirm temperature, load, torque or energy range, heating/cooling or time sequence, atmosphere and expected result window as applicable.
List batches, tests per shift, changeover and cleaning needs, operators, method storage and any unattended sequence requirements.
Specify calculations, report fields, raw-data retention, user control, utilities, available space and destination-country requirements.
Rubber and plastic laboratories share quality objectives, but the material states and decision points differ. Keep each result tied to the stage where it changes formulation, processing or product release.
Compare cure behaviour or thermal response under a controlled method.
Monitor batch-to-batch changes before vulcanization or moulding.
Use rheometer outputs to support method-defined process decisions.
Route tensile, abrasion, ageing or other properties to the appropriate system.
Use specified thermal or flow evidence to compare incoming material.
Monitor MFR or MVR under the exact temperature and load condition.
Control moulding, cutting, notching, orientation and conditioning.
Evaluate the required thermal or impact result against defined criteria.
These answers define category-level equipment boundaries. The applicable product configuration still depends on the current method, specimen and required result.
Both are polymer materials, but they do not use one common test path. Grouping helps laboratories review related thermal, processing and mechanical needs; selection must still begin with material state and the property required by the specification.
No general substitution should be assumed. The instruments address different method-defined characteristics of rubber compounds. Use the instrument and procedure named by the controlling specification.
MFR expresses mass flow and MVR expresses volume flow under specified test conditions. Confirm which result, conditioning, temperature, load and procedure are required before configuring a melt-flow test.
No. DSC is a thermal-analysis technique used for method-dependent transitions or reactions. It does not replace melt-flow, mechanical, impact, rheological, ageing or finished-product tests.
The current procedure, material, specimen dimensions, notch preparation, conditioning, support geometry, striker and expected absorbed-energy range all affect the required configuration.
Differences can arise from material history, sampling, specimen preparation, conditioning, method edition, apparatus configuration, calibration or verification, test program and calculation. Align these factors before comparing final values.
No. A configured universal testing machine may perform compatible static mechanical methods, but melt flow, DSC thermal analysis, rubber cure testing and pendulum impact use different measurement principles and dedicated apparatus.
Send the material and state, current method and revision, specimen information, required results and expected range, test frequency, report needs, destination country, utilities and any acceptance or documentation requirements.
A useful quotation begins with the required result and method—not a generic machine name.
DERUI can review the applicable instrument principle, measurement range, sample accessories, test program, data outputs and site requirements before preparing the supply scope.
Send Your Testing Requirement →Final compatibility is confirmed for the selected model and complete configuration.
Derui Test Equipment
We are a dedicated manufacturer of precision material testing equipment, committed to supporting global industries with reliable testing solutions.
Our Core Product Lines:
Universal Testing Machines (Tensile/Bend/Compression)
Environmental Simulation Chambers (Climatic, Thermal Shock)
Specialized Testing Equipment for Packaging, Furniture & Materials
