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Polymer Testing Lab
1. Abrasion Tester to estimate
the resistance of plastics to surface abrasion
2. Brittleness Temperature
Tester to determine the temperature at which plastic exhibit
brittle failure under specific conditions
3. Capillary Rheometer to
determine the shear viscosity of polymer melt
4. Environmental Stress
Cracking Tester to determine the stress cracking resistance
of plastics under specific conditions
5. Fiber/Film Shrinkage
Tester to measure the shrinkage condition of textile or
fibers
6. Film Friction/Slip Tester
to measure the co-efficient of friction of plastic film
or paper
7. Haze-Gloss Tester to
measure the specular gloss and reflection haze
8. HDT/Vicat to determine
the softening point of the specimens
9. Insulation Tester use
for testing electric strength of solid insulating materials
10. Melt Flow Index Tester
to determine the melt flow index of polymers
11. Pendulum Impact Tester
to determine the resistance to breakage of plastics by the
energy extracted from pendulum-type hammer
12. Pneumatic Punch to prepare
plastics test specimens
13. Puncture Tester for
testing mechanical properties of materials at low load
14. Rockwell Hardness Tester
to measure the materials hardness
15. Salt spray tester to
test the corrosion resistance of metallic substances
16. Shore A,D Durometer
to measure the hardness of the specimens
17. Thickness gauge to measure
materials thickness
18. Universal Testing Machine
to determine the film blocking and slip
19. Universal Testing Machine
for testing mechanical properties of materials at high loads
20. Universal Testing Machine
for testing mechanical properties of materials at low loads
21. Weatherometer to test
plastic sample in various conditions of weather
22. Elmendorf Tear Tester
to test the tearing of plastic sheets or films
23. Gas Permeability Tester
to test permeability of gas through polymer film
Polymer Processing Lab
1. Blow Moulding to produce
hollow articles
2. Blown Film Extruder to
produce double layer film
3. Chill Roll Cast Film
to produce single layer film
4. Compression Press to
form the appropriate specimen by using the heat and pressure
5. Grinding Machine to grind
the plastics
6. Injection Moulding Machine
to produce intricately-shaped plastics with high speed
7. High Speed Mixer to mix
plastics
8. Twin Screw Extruder to
grind and mix plastic samples together
9. Tube & Profile Extruder
to produce the plastic product in tube & profile shape
10. Two Roll Mills use to
mix polymer with additives
11. Plasti-Corder to determine
rheological and physical properties of plastics
Equipments for Applications of Polymer
/ Petrochemical & Plastics
1. Melt Flow Index:
Used for measuring melt flow rate ( MFI) and melt volume
rate (MVR) on Thermo plastics raw materials and compounds.
2. Automatic Rheometer:
Used for studying the rheological behavior and Melt Flow
of Thermo Plastic Materials.
3. HDT / VICAT:
Used for determine the Deflection Temperature under load
and Vicat Softening Temperature of Thermoplastic materials.
4. Impact Testers:
We can offer Pendulum Impact Tester as well as Drop Impact
Testers. These are used for determining the impact resistance
of plastic and other equivalent materials.
5. Dynamic Fatigue
6. Universal Tensile Machine:
Used for measuring tensile force, Compression force and
bending force .
7. Hardness Tester:
Used for measuring hardness rate of Plastic, PVC, Rubber.
8. Ring Stiffness Tester:
Used for Determination of Ring Stiffness rate of Plastic
Pipes.
9. Hydrostatic Pressure Test System:
Used for Determination of Crack Resistance Rate of Plastic
Pipes against with different Hydrostatic Pressure.
10. Tear Tester:
Used for determination the Tearing Resistance
11. Pneumatic & Manual Die
Cutter:
Used for preparing specimen standard for tensile & HDT-
VICAT and Impact Tester.
12. Ozone Test Chamber:
Used for measurement and control of temperature ,Relative
Humidity and Ozone by UV Absorption and Electrochemical
Analyzer.
Dynamic Mechanical Analysis
(DMA)
The Dynamic Mechanical Analysis is a high precision
technique for measuring the viscoelastic properties
of materials.
It consists in applying a sinusoidal deformation to
a specimen of material and measuring the resulting force
transmitted through the specimen.
Based
on the VISCOANALYZER mechanical
test frame, exhibits very unique mechanical
specifications and performances
• Huge measurable stiffness domain
• Accurate mechanical analysis
• High flexibility
• High accuracy
• High reliability
• High robustness
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