01
Mechanical properties
Tension, compression, bending, peeling, tearing, impact and pipe pressure resistance.
Universal testing machine / impact testing machine / drop weightMaterial Testing Equipment · Laboratory and Quality Control Solutions
Taking the material properties into consideration,
Convert into trackable data
From tensile, impact, melt flow to environmental aging, composition analysis and sample preparation, we build complete material verification capabilities for rubber and plastics, films, cables, auto parts and scientific research laboratories.
01 Multidimensional performance coverage
02 Automatic data collection
03 Support customized fixtures
Mechanical propertiesQT-6201
Thermal rheologyQT-400
environmental reliabilityQTL-C
load20 kN
temperature-60~500℃
reportAutomatically generated
4Large detection module
12+Class equipment combination
3step standard process
≤1%Typical load accuracy
Laboratory grade configurationR&D, inspection and teaching scenarios
Data traceabilityCurves, results and batch management
Clamp is expandableAdapt to different materials and specimens
Security protectionLimit, overload and abnormal shutdown
One-stop detection matrix
From sample preparation to performance reporting, covering the complete verification link
Establish a repeatable, comparable, and traceable testing system for non-metallic materials to reduce the breakpoints between equipment selection and experimental processes.
02
Thermal and Rheology
Melt flow, Vicat softening, thermal deformation, Mooney viscosity and vulcanization properties.
Melt Finger/Vicat Meter/Mooney Viscometer03
environmental reliability
High and low temperature, damp heat, thermal aging, UV aging and constant temperature drying.
Environmental chamber/aging chamber/UV test chamber04
Composition and physical properties
Moisture, density, hardness, RoHS elements, carbon black content and thermal analysis.
Moisture meter / density meter / spectrum analyzer05
Sample preparation
Injection molding, punching, notching, dumbbell prototyping and plate vulcanization.
Injection molding machine / sample making machine / vulcanizing machine06
Optical measurement
2D and 2.5D non-contact measurement of dimensions, contours and geometric features.
Image measuring instrument/CCD measuring systemEquipment Center
Quickly filter equipment according to detection targets
The following are representative models in promotional materials. Click on the product card to view the usage, key parameters and applicable scenarios.
Mechanical properties
QT-6201↗
Servo universal material testing machine
Used for tensile, compression, bending, peeling and tear testing of rubber, modified plastics, engineering plastics, composite materials, etc.
Mechanical properties
QT-6100↗
Universal material testing machine
Suitable for mechanical testing of finished and semi-finished products of auto parts, wires, fasteners, alloys, aluminum profiles and composite materials.
Thermal and Rheology
QT-400↗
Melt flow rate meter
Used for the determination of mass flow rate MFR and volume flow rate MVR of thermoplastic melts.
Thermal and Rheology
QT-300B↗
Thermal Deformation/Vicat Softening Point Temperature Tester
Determine the Vicat softening temperature and heat deformation temperature of plastic samples under specified load and temperature conditions.
environmental reliability
QTL-C↗
High and low temperature alternating humidity and heat test chamber
It is used for reliability testing of electronics, electrical appliances, automobiles, metals, chemicals, building materials and other products under high and low temperature and humidity and heat cycle conditions.
environmental reliability
QT-ZNP-UVA↗
UV aging test chamber
Simulate the aging of materials caused by sunlight, rain, and dew, and evaluate fading, chalking, cracking, and strength changes.
Composition and physical properties
QT-SFY-204CN↗
Halogen moisture meter
Quickly determine the moisture content of plastic particles, food, sludge, powder and other samples, suitable for quality control and production sites.
Composition and physical properties
QT-XAU-RoHS↗
Fluorescence Spectrum Analyzer
X-ray fluorescence spectroscopy technology is used to screen restricted elements in electronic products, toys, hardware manufacturing and other fields.
Composition and physical properties
MDJ-300↗
Digital display solid density meter
Suitable for density measurement of rubber, plastic, wires and cables, foam, glass products, magnetic materials and alloy materials.
No matching device found, please try other keywords.
Typical industry applications
Configure inspection portfolio around materials, processes and failure risks
Different materials have different core risks. Equipment selection should not only look at a single indicator, but also combine sample shape, test standards, temperature and humidity conditions and production rhythm.
FILM / 01
Recommended test combination
Film and packaging materials
Pay attention to the tensile strength, elongation at break, peel force, impact toughness and thermal properties of the film, and verify the stability of the material during printing, lamination, bag making and transportation.
Tensile/elongation at breakPeeling and tearingDrop/pendulum impactMelt flow and thermal properties
Get the industry selection list →
Standard testing process
Make every test reproducible, comparable, and archivable
Establish a unified approach from sample production to report output to reduce human variation and improve data consistency between R&D and quality teams.
Confirmation method
Clarify the materials, sample size, test standards and judgment indicators.
Sample preparation
Injection molding, punching, notch or dumbbell sample making to ensure consistent size.
environmental regulation
Complete temperature and humidity pretreatment, aging or constant temperature conditions as required.
Automated testing
Collect raw data and curves such as force, displacement, temperature, time, etc.
Report archiving
Generate reports, export data and form batch quality records.
DUBHE TEST LAB / QT-6201
current load12.46 kN
Displacement86.2 mm
Running statusUnder test
Stress/Strain Curve
Maximum force16.82 kNElongation at break428.6%Test time00:02:46
Test software and data management
The equipment not only outputs results, but also creates material data assets.
The control software can collect data such as strength, yield, fracture, elastic modulus, displacement and temperature, and form a complete record through curves, batches and reports.
✓Automatic collection and calculationAutomatically capture feature points and calculate indicators according to test methods.
✓Curve analysisSupports curve display of force-displacement, stress-strain, time, etc.
✓Batch testingThe same parameters are set once and multiple sets of tests are completed continuously.
✓Reporting and data exportCustomize report formats and export tabular data.
✓Security protectionAutomatic shutdown when overloaded, combined with limit and emergency stop protection.
Method and standard adaptation
Matching methods, fixtures and equipment configurations based on test objects
GB / GB/TISOASTMIEC
Specimens and fixtures
Tensile, compression, bending, peeling, three-point bending, impact and other clamps can be configured according to the material and sample shape.
Range and accuracy
Select the appropriate range according to the target force value, temperature range, displacement and sample size to avoid "measuring small signals at a large range".
environment and safety
Confirm the power supply, ventilation, cooling, air source and safe space to ensure long-term stable operation of the equipment.
Acceptance and training
It is recommended to use standard samples, repeatability tests and operating procedures as the basis for equipment acceptance and personnel training.
Note: The specific implementation standards, accuracy levels, certifications and configurations are subject to the technical agreement and final confirmation data of the corresponding model.
FAQ
Before selecting, it is recommended to confirm this information first
Clarifying materials, test methods and specimen conditions can significantly improve selection efficiency and avoid later replacement of sensors or fixtures.
Submit parameter requirementsIt is recommended that commonly used test forces fall in the middle range of the sensor range and leave margin for peak values. Samples with small force values such as films and tapes usually require sensors with smaller ranges to improve resolution in the low load section.
Yes. The universal testing machine can complete tension, compression, bending, peeling, tearing and other projects by changing the fixtures and testing procedures; however, the range, space, speed and fixtures must meet the specific methods.
It is necessary to confirm the power supply, cooling space, drainage or humidification water source, ground load-bearing and ambient temperature. Low temperature or rapid cooling configurations also require a combination of refrigeration system and laboratory ventilation conditions.
The software of the representative model supports test data, curve and report management. The specific export format, template editing and interface capabilities need to be confirmed in the technical agreement.
It can be customized based on specimen size, clamping method, force direction and test space evaluation. It is recommended to provide specimen drawings, materials, target loads and test procedures.
Get selection plan
Tell us about the materials and testing objectives,
Tell us about the materials and testing objectives,
Combining the right equipment, fixtures and processes for you
It is recommended to submit the material name, specimen size, test standard, target range, temperature range and laboratory power conditions.
info@dubhesystems.comReply within 24 hours on working days