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3103 IHRD Micro Compact Hardness Tester Zwick
Range of application
The IRHD micro compact hardness tester (Zwick 3103) is designed for hardness tests to IRHD micro on plastics and rubber. The requirements of test standards ISO 48, ASTM D 1415, NFT 46003, and BS 903, part A26 are achieved.
The hardness tester is used in quality assurance, in goods receiving and outgoing goods checks at manufacturers and processors from the plastics and rubber industry. -
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5030/6030 Indentec Macro Hardness Tester Zwick
Range of applications
• Vickers testing to ISO 6507 and ASTM E384, UKAS accredite.More Detail
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AFlow Extrution Plastomester Zwick
Applicational range
The Aflow is noted for having a high degree of automation: whether simple cleaning and defined pre-compacting at the press of a button, or infinitely settable test loads – the Aflow adapts to your test tasks. The extrusion plastometer supports all globally common standards and procedures, including ISO 1133, ASTM D 1238 according to Methods A, B, C and D.
The pneumatic precompacting feature allows the polymer to be defined and evenly precompacted at the press of a button – saving time and effort. Furthermore, testXpert II determines the test results in the automatic parameter control, so that the Aflow automatically selects the correct test parameters. This precompacting feature gives you a high degree of user independence even if the testers change often. To further accelerate the test procedure after the test, you have the possibility to eject the remaining material from the extrusion barrel with a force of up to 80 kg and then to clean the extrusion barrel with a pneumatic cleaning device at the press of a button. Space-saving, multi-device operation lets you connect up to six Aflow or Mflow extrusion plastometers to a PC. Of course, you can also use the Aflow in Stand Alone Mode without a PC.
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AllroundLine material testing machines Z005 up to Z020
Type Item number
Z020 TN 1004485
Z020 TH 1004487
Z020 TE 1004489
Z020 TNW (1 1004486
Z020 THW 1004488
Z020 TEW 1004490 (1
Load frame
Test load FN in tensile / compression direction 20
20
20
20
20
20
kN
Test area width 440 440 440 640 640 640 mm Height of the lower test area, without accessories 1030
1430
1785
1000
1400
1755
mm
Height of the upper test area, without accessories /supplem. crosshead required)
1015
1415
1785
1015
1415
1785
mm
Height without leg profiles a 1
1314 1714 2084 1324 1724 2094 mm Height with leg profiles a 2
1528 … 1868 … 2238 … 1538 … 1878 … 2248 … mm
2108 2508 3078 2118 2518 3088 Width without leg profiles 680 680 680 880 880 880 mm Width with leg profiles 856 856 856 1056 1056 1056 mm (and electronics console) (1044) (1044) (1044) (1244) (1244) (1244) mm Depth without leg profiles (3 (4 552 552 552 552 552 552 mm Depth with leg profiles (3 690 690 690 690 690 690 mm Overall weight with electronics console, without leg profiles 165
187
209
212
234
256
kg
Noise level at maximum speed 61
61
61
61
61
61
dB(A)
Drive system
Crosshead speed up to 110% 0.0005 0.0005 0.0005 0.0005 0.0005 0.0005 mm/min
of test load (v … v ) min Nom
… 1000 … 1000 … 1000 … 1000 … 1000 … 1000 Increased crosshead return speed (at reduced force) 1500
1500
1500
1500
1500
1500
mm/min
Drive system´s travel resolution 0.32495 0.32495 0.32495 0.32495 0.32495 0.32495 nm Power ratings
Electrical connections (2 230 230 230 230 230 230 V Power rating 2 2 2 2 2 2 kVA -
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CFlow Extrution Plastomester Zwick
Applicational range
The Cflow is a compact instrument that allows rapid determination of the Melt mass flow rate of plastics. It is specifically designed for the processors of plastics that are less subject to extrusion tests and which do not require a connection to a PC.
The temperature control of the heating elements, the heating chamber and the extrusion barrel are perfectly matched to each other. The temperature is generated where it is needed. That ensures an excellent distribution of temperature across the full height of the barrel from the outset.
Rapid device control is facilitated by the test granulate contained in the scope of delivery. Addition control options are available for the temperature in the extrusion barrel, for the diameter of orifices and barrels with plug gages. An automatic or manual extrudate cutter, a separating door and a die plug are optionally available for the Cflow.
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CLine material testing machines Z005 up to Z010
Type Item number Fmax
Z005 Z010 1006325 1006326
5 kN 10 kN
Power ratings Electrical connections 230 VAC (1 PH, N, PE) Range of tolerance ± 10 % Mains frequency 50/60 Hz Power rating 0,7kVA 0,8kVA EMC characteristics Conforms to the relevant highest requirements of EN 63126-1 (Class B immunity, Class A emitted interference) -
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Digital hardness tester to shore (A,B,C,D,A0,00,000)
Range of application
The digital hardness testers (Shore A, D, B, C, A0, D0, 0, 00, 000) are used to determine the hardness of plastics and rubber according to the test standards ISO 7619-1, ASTM D 2240, ISO 868, and NFT 51109. Prerequisite for tests to test standard are specimens with plane parallel contact areas of at least 35 mm dia. and a minimum thickness of 6 mm. -
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HDT Vicat Allround A1
Applications
Determination of heat deflection temperature (HDT)
• as per ISO 75, Parts 1 to 3, and ASTM D648,nMethods A and B, on thermoplastics, hard rubber and fiber-reinforced and filled thermosets. Determination of Vicat softening temperature (VST)
• of thermoplastics as per ISO 306 and ASTM D1525 . Determination of creep behavior
• under flexural load -
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HDT Vicat Std
Applications
Determination of heat deflection temperature (HDT)
• as per ISO 75, Parts 1 to 3, and ASTM D648,nMethods A and B, on thermoplastics, hard rubber and fiber-reinforced and filled thermosets. Determination of Vicat softening temperature (VST)
• of thermoplastics as per ISO 306 and ASTM D1525 . Determination of creep behavior
• under flexural load -
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KAPPA DS Zwick/Roell
Application
The Electromechanical Creep Testing Machine KAPPA DS offers a wide range of applications.
• Creep tests
• Creep rupture tests
• Stress rupture tests
• Relaxation tests
• Creep crack tests
• Definition of individual stepless sequences of load and temperature
• ‘Advanced creep‘ – Tests
– Creep fatigue tests
– Creep strain modelling (e.g. to give creep strength at various levels of strain)
– Creep ductility
– Creep property deterioration due to serviceexposure
– Creep data from component tests
• Additional load-, stress- and strain-controlled tests such as tensile, compression, flexure, -
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KAPPA LA Zwick/Roell
Application
• Creep tests
• Creep rupture tests
• Stress rupture tests
• Relaxation tests (only with spring loaded system)
• Creep crack tests
• Definition of individual stepless sequences of temperature
• Ambient or elevated temperature
• For long term tests (reaching more than 10.000h -
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Load cell for tensile and compression from 1000 KN to 2000KN
Key Benefits
• through holes for mounting bolts simplify installation and allow a wide range of testing situations to be accommodated
• hermetically sealed, corrosion-resistant design for high long-term reliability