|
|
| Products 151 to 180 of 339 |
ProLine is a simple and compact test machine that was developed to meet the demand for low-price top-class test machines for functional testing of components and for standard applications on basic materials.
With the ProLine, Zwick Roell meets your demands for fastest delivery times |
|
The ElectroForce® 3510 test instrument features a dynamic force capability up to 7.5 kN (1,685 lb), and at 50 mm (2 in) it has the largest range of displacement of all the ElectroForce instruments. A 15 kN (3370 Lb.) high-force option is also available. Dynamic performance is dependent on test specimen characteristics, fixturing and test specimen configuration.
Typical test applications for the ElectroForce 3510 test instrument include:
- Orthopaedic materials and implants
- Engineered materials, including reinforced plastics and composites
- Automotive and aerospace components
- Elastomeric components and materials
- Consumer products, including sports equipment, household items and electronics. |
|
Model: CMT5504; CMT5105; CMT5205; CMT5305; CMT5505; CMT5605
Capacity: 50kN; 100kN; 200kN; 300kN; 500kN; 600kN
Features:
These rugged electromechanical UTMs feature SANS strain gage load cell force measuring systems. Choice of single working space or dual working space load frame and maximum frame capacities from 50N to 600kN. Options for the Electomatic machines include extra length screws and columns for extraordinary sized samples.
All testing hardware is fully complemented by SANS developed software that turns your hardware into a sophisticated quality analysis system. Be sure to examine the software products to determine which package is right for your application. SANS professional testing software and proprietary control system ultimate come true closed loop testing and control of load, extension and displacement.
Better than 1/300000, no step, and unchanged in full range
4. Multi-cycle control modes: Control system is capable in load cycle, displacement cycle, extensometer cycle or their combination
5. Extending function: Equipped with multi-load cells to meet the further requirement of customers
6. High security: The system can inspect and protect automatically once overload, over currency; Position limiter; Emergency stop
7. Comply with different standards, such as ASTM, BS, JIS, ISO, IEC
Easy to use and operate
1. High accuracy: Measurement accuracy of testing speed, load, crosshead displacement can meet or surpass +0.5%% of reading
2. High sampling rate: The sampling rate 50Hz, reach advanced international level
3. High load resolution: |
|
Features:
» Hardness testers
» Surface-roughness testers
» Hand tachometers
» Counters
» Quick-response thermometer
» Stopwatches
» Dynamometers
» Crane balances
» Magnifiers
» Lamps |
|
● Measuring the Rockwell hardness of ferrous and non-ferrous metals such as hard alloy, carbon steel, alloy steel, cast iron
● Applied in the factories, scientific research institutes and laboratories of colleges etc.
● Fresh design, easy to use, stable display value, convenient maintenance
● Standards conforming to: BSEN10109-96, ISO6508.2
|
|
MFI-10 Melt Flow Indexer
(Tests to BS2782 Part 7: Method 720A, ISO 1133 and ASTM D 1238 Methods A and B)
The MFI-10 is an intelligent, modular system, which offers flexibility of testing and increased automation, especially when used in conjunction with the optional easy to use NEXYGEN data analysis software. The main base unit can be configured for either manual or fully automatic testing. For those who use the same machine for a given test, a standard test set-up may be saved and password protected. Those doing several different tests may save up to 10 set-ups and recall them by name. Operators need not be experienced, the backlit LCD gives written instructions at each step with audible prompts at the correct time and results calculated and displayed at the end of the test. Busy laboratories will save time and improve health and safety by automating the whole process with the addition of the optional displacement transducer and weight loading device.
|
|
Tinius Olsen has two models of melt indexer to meet almost every need. We offer either our low cost, Procedure A (of ASTM D1238) ONLY model, the MP200, or our more familiar, flexible, model MP600
The MP600 is an advanced melt indexing system that allows easy, modular upgrading from its basic capabilities with accessory packages for more automated testing, including control of multiple units from a single PC and automatic flow rate measurements using up to three different loads in one test.
All testing hardware is fully complemented by Tinius Olsen developed software that turns your hardware into a sophisticated quality analysis system. Be sure to examine the software products to determine which package is right for your application.
|
|
| The LMI 4000 series are highly precise melt testing instruments for the measurement of melt flow rate (MFR) or melt volume rate (MVR) in quality control and research applications. The LMI 4000 is the first melt flow indexer to utilize a powerful 32 bit microprocessor to provide test parameter control, self-diagnostics and digital calibration. The on board computer controls and displays temperature to ± 0.1°C using a unique PID control algorithm |
|
Model: ZRZ1452
Temperature range: 100-450 oC
Features:
ZRZ1452 Melt Flow Indexer is a high precise melt testing instrument for the measurement of melt flow rate (MFR)/(MI) or melt volume rate (MVR) in quality control and research applications. The testing result can distinguish the viscous flow performance of thermoplastic material by the model ZRZ1452 showing its advantage in the following industries: factories, products quality testing station, scientific and research institutes, and concerned industries. Comply with the international standards ISO1133, ASTM D1238, ASTM D3364, BS2782, DIN53735, JIS K7210. |
|
- Simple set-up, operation and maintenance
- Manual test method according to BS 2782 Part 7: Method 720A, ISO 1133, ASTM D1238 Method A
- Independent stand alone system
- Audible prompts to guide user through test
- Quality product at a competitive price
- Multiple test set-ups
- Repeatable and reproducible results
- Heavy-duty, robust construction |
|
Microcalorimetry is the latest product to be offered by TA Instruments. Based on the proven technology pioneered by Thermometric AB, the TAM microcalorimeter system provides the ultimate in sensitivity, ruggedness and versatility. The TAM III is our flagship product, offering the highest temperature control precision (0.0001°C) and a wide temperature range (15-150°C). The TAM III is a modular thermostat, which accomodates a wide range of application-specific microcalorimeters including microcalorimeters, solution calorimeters and isothermal titration calorimeters. The TAM 48 is a high-productivity version of the TAM III, with the ability to measure 48 simultaneous samples. The TAM Air is a dedicated calorimeter, offering a rugged and reliable platform for applications requiring less sensitivity.
Whatever the application, TA Instruments TAM technology can provide the highest caloric sensitivity and industry-leading versatility. |
|
The oxidation stability of biodiesel can easily be determined with the 873 Biodiesel Rancimat from Metrohm, a modern and reliable instrument with a 3 years’ warranty. In addition to reliable hardware and easy operation, it offers all the comfort to be expected from a PC-controlled instrument.
The method: oxidation stability according to EN 14112
The determination of the oxidation stability according to EN 14112 is an accelerated oxidation test. The sample is held in a sealed reaction tube at a constant temperature of 110 °C while a continuous flow of air is passed through the sample. The fatty acid methyl esters (FAME) in the sample are oxidized to peroxides as the primarily oxidation products. After some time, the fatty acids are completely decomposed into the secondary oxidation products. In addition to volatile organic compounds, these are low-molecular organic acids, mainly formic and acetic acids. An air flow transports them to a measuring vessel containing distilled water as the absorption solution. |
|
Model: ZBC1400, ZBC1251
Capacity: 4J, 25J
Features:
The model ZBC1000 Pendulum Impact Testing Machine is mainly designed to perform special tests for plastic material to determine impact resistance performance under dynamic loading.
It allows continuous impact test for large quantities specimens. Special control panel and display can real-time display impact energy, impact ductility, pendulum raising angels.
Two display methods are available, dial type and digital type (LCD monitor).
It complies with ISO179, ISO180, ASTM D256, ASTM D4812, ASTM D4508, ASTM D950 and other similar standards.
Two models are available
ZBC1400, max Charpy impact energy 4J, max Izod impact energy 2.75J
ZBC1251, max Charpy impact energy 25J, max Izod impact energy 22J |
|
| Pendulum impact testers that can be easily changed from a Charpy configuration to an Izod configuration. A third configuration for tensile impact is also available. These testers are available in capacities of 406 J (300 in.lbf) or 542 J (400 in.lbf) of available energy and are designed primarily for metals impact testing. |
|
RKP 450
This pendulum impact tester for an impact energy up to 450 Joule is designed for determination of the impact energy according to Charpy or IZOD, for impact tensile tests and for tests according to Brugger.
Features:
Avoidance of interfering vibrations by stiff construction and one-piece fin welding construction
Easy exchange of fin, supports and abutments thanks to tight fitting
Ergonomic single-column construction for easy access to the specimen
Low-friction pendulum bearings
Use of standard pendulum fin for Charpy, IZOD, Brugger and impact tensile tests
Component testing possible due to the U profile of the fin and the single-column floor-type construction
Suited for tests to ASTM E 23 for temperature-treated specimens and for cold specimens (-40 °C), in particular, owing to fast (<5 sec) test runs
Extendible with unproblematic retrofitting of all add-ons
|
|
Features
- Meets ASTM D256 and ISO 179/180 standards
- Digital Read Out Based on Joules
- Interchangeable Pendulum for use Different Capacities
- Izod & Charpy Methods
- Easy Operation & Maintenance
- Pendulum Designed Based on Center of Percussion
- Very Low Cost
Applications
For Plastics Industries SANTAM SIT-20 Pendulum Impact Test Series are used for brittle plastics to determine impact resistance of Standard Specimens.
Materials under Instant Load (Impact Test) may behave very different in comparison of Quasi - Static Load ( Tensile Test ). Also, temperature affect in Brittle Failure so much.
Impact Test is a good criterion to determine and classify brittle plastics failure behavior
|
|
Zwick offers a wide range of pendulum impact testers for tests according to Charpy, IZOD, Brugger and Dynstat as well as for impact tensile tests. And, of course, we ensure that our machines fulfill the requirements of the relevant test standards such as ASTM E 23, EN 10045, DIN EN ISO 180, ISO 179 or ISO 8256 were fulfilled.
The pendulum impact testers cover a range from 0.5 Joules to 750 Joules. They are available in a variety of models, e.g. for instrumented or non-instrumented tests, with analogue or digital displays and with a range of different options especially geared for your tests. |
|
The main advantage of light-curing systems is their fast reaction time. Monomer solutions which are mostly free of solvents can be cured within only a few seconds and already at low temperatures. A combination of thermal and light curing reactions is often applied to dual cure adhesives or paints.
The NETZSCH Photo-DSC 204 F1 Phoenix® works in the temperature range from
-100°C to 200°C. The instrument has a vacuum-tight measuring cell and the purge gas control is regulated by a mass flow controller (MFC).
For our Photo-DSC 204 F1 Phoenix®, most standard industry or laboratory lamps for cationic or radically curing material systems can be used. For the analysis of adhesives, we recommend the DELOLUX04, from the DELO company.
The modified automatic lid-lifting device of the DSC 204 F1 Phoenix® guarantees a defined distance between the two light conductors and the sample and reference.
This achieves high reproducibility of measurement results.
For your normal DSC analyses above 200°C, a retrofit of the standard lid-lifting device is possible, or the manual lid can also be used without problems.
For high sample throughput or for repeat measurements, use of our Automatic Sample Changer (ASC) for up to 64 samples is recommended. |
|
| Rapid plasticity is one of the basic tests used in the natural rubber industry, and is the measurement of compression of a specimen of known thickness at a known temperature under a predetermined load for a known time. |
|
| The porosity of a material affects its physical properties and, subsequently, its behavior in its surrounding environment. The term "porosimetry" is often used to encompass the measurements of pore size, volume, distribution, density, and other porosity-related characteristics of a material. The adsorption and permeability, strength, density, and other factors influenced by a substance's porosity determine the manner and fashion in which it can be appropriately used. |
|
On-Board memory holds 240-1000 groups of data
Automatic identification Impact Devices and test direction (Except G impact device)
Six Impact Devices are available for special applications
Integral thermal printer, print all test results and histogram
Li Battery , low voltage indication and sound alarm
Dataview for PC operation
Software data and upper / lower limits setting and sound alarm
Software to connect with PC
Large LCD with back-light, showing all functions and parameters
Direct display of hardness scales HRB, HRC,HV, HB, HS, HL
Conversion to tensile strength (U.T.S.)
For all metallic materials
Wide measuring range
Time and date setting; auto-clock |
|
●Impact Device D integrated: no cables!
●Wide measuring range in HLD and direct display of converted hardness values in HB, HRB, HRC,HRA, HV, HS
●For most metals (see table below)
●Test at any angle
●Simple handling and low test expenditure
●Optional printer TA220S available
|
|
Portable hardness tester IMPACT:
Hardness testing gauge designed for the universal use in the laboratory or in workshops with integrated impact device.
The gauge is easy to use in all positions, even upside down.
Hardness values in: Rockwell C (HRC), Rockwell B (HRB), Vickers (HV), Brinell (HB), Shore (HS), Leeb (HL)
Very low tolerance: ± 1,5 %
|
|
The Equotip Piccolo is a revolutionary portable rebound hardness tester for precise measurements on most metals.
It integrates the display and a patented mechanism in one device where the impact body type D is launched and loaded for the next test in a single motion!
The Piccolo is designed and manufactured with the quality and precision that is expected from Proceq’s Equotip product family and will comply even with the roughest manufacturing environments.
The basic kit comes with the bundle of the Piccolo device and Piccolink PC software, permitting full communication between tester and PC via USB. |
|
The Equotip 3 is a versatile portable hardness testing solution using the dynamic Leeb rebound technique that was invented by Proceq.
Proceq has combined today's technology with its over 35 years of Equotip know-how and customer feedback to create the Equotip 3 - a portable instrument that offers extended capabilities and unmatched ease of operation. |
|
● Wide measuring range, for all metallic materials
● Direct display of hardness scales HRB, HRC, HV, HB,HS, HL
● Conversion to tensile strength (U.T.S.)
● Test at any angle, even upside down
●Removable printer included
●Six Impact Devices are available for special applications
●Large LCD display showing all functions and parameters
●Battery low indication
●New function of software calibration
● Power charging indication on the keyboard LED
● Fault distinguish in details (E1-E5)
|
|
Hardness testing gauge designed for the universal use in the laboratory or in workshops for hardness testing of metals.
The gauge is easy to use in all positions, even upside down.
Various impact devices are available for different materials and geometries.
Hardness values in: Rockwell C (HRC), Rockwell B (HRB), Vickers (HV), Brinell (HB), Shore (HS), Leeb (HL)
Tolerance: ± 0,8 %
Rocky can also be used for determining the tensile strength of metallic materials U.T.S. Detla-b. |
|
●Digital durometer for Shore A hardness testing
●Pocketsize model with integrated probe
●Standards: DIN 53505, ASTM D 2240, ISO 7619, JIS K7215
●RS232 data output
●Operating stand optional
●Bright & clear LCD display
●300 hours continuous use with standard batteries
●Automatically switch off
●Battery low indication and alarm
|
|
Handheld digital durometer for Shore A hardness testing
- Testing rubber, plastic, leather and all other soft materials
- Fast and easy to read
- Large digital display, digits 8mm high Portable
- Use by hand or mounted on a stand
- Available in Shore A
- Supplied with a reference block
- Data output for SPC
- Power on/off automatic Electronic module protection to IP65,
even with data output
- Can be used in conjunction with Shore bench stand |
|
|
Material characterization, Testing machines, Testing chambers
