Polytech Instruments Pvt.Ltd.

Ghodbunder Road, Thane, Maharashtra

• 2000 g

• Impact resistance of plastic film
• Laminated materials
• Sheet

• 3 point, non-slip pneumatic sample grip
• Independent air pressure regulation

• Easy access to sample holding area
• Quick sample change done pneumatically
• Dart containment if sample does not fail

• Positive dart locking; releases only on demand
• Non-electric mechanism
• Shatterproof safety shield

• Adjusts easily to method A or B standards
• Extra weights for wide range of materials

• Standard darts and weights provided for both methods
• High quality, non-rusting construction

• Additional weights to 2, 000 grams
• Controlled temperature chamber

• Affordable, reliable design increases testing-budget buying power
• Simple to use - ready-to-test - software speeds setup time
• Maximum tests per hour - uninterrupted "load & go" operation
• Precise, reproducible results - assures quality results
• Compact design answers space problems
• Custom reports can be generated, per your specifications
• Other system features include an emergency stop switch and programmed safety limits to eliminate load cell overload.

• Big, heavy work pieces or fixed equipment parts
• Production line parts during the production process
• Material identification at material warehouses
• Measurements at hard toreach places

• Minimum surface diameter 10mm
• Smallest measurement surface radius of curvature 30mm
• Materials weighing less than 5 kg with thin walls are to be set on a solid support to protect from vibrations
• Materials weighing less than 2 kg have to be set on a solid support using paste adhesive

This instrument is professionally applicable to the determination of water vapor transmission rate of plastic films, composite films, high barrier materials, back-sheets, sheeting, aluminum foils, waterproof materials, and other materials used in sanitary and medical industry. By testing the water vapor transmission rate, the technical indexes of materials could be controlled to meet the requirements for production.

• The system is controlled by micro-computer with LCD, menu interface and PVC operation panel, which could conveniently export test data, test results and test curves
• Wide range and high-precision of automatic temperature control to support combinations of non-standard test conditions
• The system could be extended for the water vapor transmission rate test of finished package containers by special customization
• Reference film for fast calibration to ensure the accurate and universal test data
• Equipped with micro-printer and RS232 port for convenient data transfer
• Supports LystemTM Lab Data Sharing System for uniform management of test results and test reports

OX2/231 is based on the equal pressure method, and is professional applicable to the determination of oxygen transmission rate of film and package products, including plastic films, composite films, sheeting, plastic bottles, plastic bags and other packages.

• Tests 3 equivalent specimens at one operation and exports test results in average value
• 2 test modes for both films and packages, and accessories for package test are available for customization
• Equipped with constant temperature and humidity control devices (optional parts) to meet different test requirements
• Reference film for fast calibration to ensure accurate and universal test data
• The instrument is controlled by micro-computer with LCD, menu interface and PVC operating panel, which could conveniently export test data, test results and test curves
• Test data could be automatically and safely saved by the function of power failure protection
• Micro-printer and standard RS232 port for convenient data output and transfer
• Supports LystemTM Lab Data Sharing System for uniform management of test results and test reports

MXD-01 Coefficient of Friction Tester is strictly based on GB 10006 standard, and is professionally applicable to the determination of static and kinetic coefficients of friction of plastic films, sheets, rubber, paper and paper board, PP woven bags, fabrics, metal-plastic composite belts for communication cables, convey belts, wood, coatings, brake pads, windshield wipers, shoe materials and tires. By testing the frictional properties of materials, the technical indexes could be controlled to meet requirements for production. Besides, the instrument can be used to measure smoothness of cosmetics, eye drops and other daily products.

Features

• Static and kinetic coefficients of friction can be tested simultaneously
• The functions of automatic delay timing and automatic COF zeroing ensure enough touching time between tested specimens
• The sliding plane and the sled are treated by degaussing and remanence detection which effectively reduce the system errors
• The instrument is controlled by micro-computer with LCD, PVC operation panel and menu interface, which is convenient for customers to test or view the test data
• Top quality parts and components made by world famous brands are used to ensure reliable overall product performance
• Professional operating software supports the automatic judgment of smoothness status, discrete analysis of test results(confidence degree) and statistical analysis of group specimens
• Micro-printer can automatically print the test reports of single tested specimen or groups of tested specimens
• Equipped with RS232 port for convenient PC connection and data transfer
• Supports LystemTM Lab Data Sharing System for uniform and systematic data management

FPT-F1 Friction/Peel Tester can be used to test coefficient of static and kinetic friction of plastic films, sheets, foils, paper, cardboard, PP woven bags, fabric( fabric style test), metal-plastic composite strip/belt for communication cable, convey belt and textile, as well as peel strength test of adhesive laminated products, medical adhesive bandage, release paper and protection films.

• 2 testing modes are available in this instrument including coefficient of friction test and 180 peel test
• 7 test speeds and 3 test ranges could be selected as required
• This instrument conforms to multiple standards of ISO, ASTM and GB and the user could select testing methods as required
• Wide range and high-precision of automatic temperature control system to support tests at different temperatures
• This instrument is controlled by computer and micro processing unit which is convenient for user's operation
• The sliding plane and the sled are treated by degaussing and remanence detection which effectively reduce the system errors
• Professional operating software supports superposition analysis of test curves
• Equipped with USB ports which is convenient to the data transmission and PC connection

PSST-100 Portable Heat Seal Strength Tester is designed for heat seal strength test of plastic films, composite films and other materials. This instrument is suitable for on-site quantitative inspection.

• The instrument is controlled by micro-computer with menu interface, PVC operation panel and large LCD display which is convenient for the user to review the testing data and results
• Professional software supports unit conversion, data query, probability statistics and normal distribution display
• Power cord and chargeable battery as power supplies
• Portable design for on-site inspection
• Equipped with RS232 port which is convenient for the data transmission
• Supports LystemTM Lab Data Sharing System for uniform and systematic data management

HST-H3 Heat Seal Tester is composed of upper and lower heat sealing jaws. Before the test, preset the heat seal temperature, pressure and dwell time value, place the specimen in between the upper and lower jaws, and then press start button. The whole sealing process can be finished automatically.

CLASSIC 513 Gradient Heat Seal Tester is professionally designed for the determination of heatsealability of plastic films, composite films, coated paper, and other sealing films under certain sealing speed, pressure and 5 different temperatures. The heatsealability of heat sealing materials would be greatly affected by the factors of melting point, thermal stability, fluidity and thickness. The optimal heatsealability parameters can be obtained accurately and efficiently through this instrument.

Features

Professional Technology

• P.I.D. temperature control technology ensures preset temperature to be reached rapidly without any fluctuation.
• Wide range control of temperature, pressure and time could meet various test conditions.
• Manual or pedal switch control, as well as anti-scald design provides convenient and safe operating environment.
• The instrument is controlled by micro-computer with LCD, PVC operation panel, and menu-interface, which is convenient for customers.
• The instrument could test 5 groups of 2 specimens at different temperatures simultaneously, and accurately and efficiently obtain heatsealability parameters of the tested specimens.
• 5 upper sealing jaws are individually controlled by 5 gas cylinders which ensure the stability of heat sealing process.
• The heating tube joints can be easily installed or removed for rapid replacement.
• Independent temperature control of upper and lower sealing jaws allows multiple combinations of test conditions.
• Equipped with micro-printer for convenient data saving, exporting and printing.

Note1: There are five upper sealing jaws and five lower sealing jaws for heat seal test. The temperature of all the sealing jaws can be controlled independently. All of the sealing jaws are heated sealing jaws. The unheated sealing jaws can be selected as lower sealing jaws.


Note2: The 10 sealing jaws are all heated sealing jaws as required by ASTM F2029. If necessary, the lower sealing jaws can be replaced with unheated sealing jaws.

i-Thermotek 2400 Heat Seal & Hot Tack Tester can be used for heat seal test, hot tack test and heat seal strength test, which is applicable for determination of heat seal and hot tack properties as well as heat seal strength of the substrate materials of plastic film, flexible composite film, coated paper or other composite films.

• With the digital P.I.D. temperature control system, the preset temperature can be reached in a short period without fluctuations.
• Wide range of temperature, pressure and dwell time can meet various testing requirements.
• The test can be started manually or by pedal switch, which is convenient to operate. The anti-scald design can guarantee the safety of the operator.
• Three groups of tests with two distinct specimens can be performed each time, which improves the testing efficiency.
• The temperatures of the upper and lower sealing jaws can be controlled independently, which can meet the requirements for different test conditions.
• Hot tack test can be performed, which can meet the special requirements of the users.
• The test results can be evaluated with support of professional software.

• Embedded computer controlled system provides safer and more reliable data management as well as test operation.
• The instrument can be easily operated with a mouse, a keyboard, and a monitor, without requiring a PC.
• The instrument is equipped with four USB ports and dual Internet ports for convenient data transmission

• Windows-based operating interface, which is easy to learn and operate for the beginner.
• Test data can be stored in various formats, which is convenient for data transfer.
• Historical data can be searched, analyzed and printed conveniently.

• 1% of full scale effectively ensures the accuracy of test results
• 2 independent test modes are available, including tensile strength and peeling force to meet the distinct requirements of users
• 3 kinds of testing data provided for each test i.e. Maximum Value, Minimum Value and Average Value. Group data analysis is also available
• Elongation rate can be easily obtained by the precise ruler
• Different test range of load cells and 7 distinct test speeds to meet different test requirements
• The instrument is controlled by micro-computer with menu interface, PVC operation panel and large LCD display
• Intelligent designs of over-travel protection, overload protection, automatic position reset and error alert for safe test operation
• Equipped with RS232 port and micro printer port which is convenient to the data transmission and PC connection
• Supports LystemTM Lab Data Sharing System for uniform and systematic data management

BLD-200N Auto Stripping Tester can be used for peeling, stripping and other performance tests of adhesives, adhesive tapes, pressure sensitive tapes, medical adhesive bandage, protection films, release paper, laminated films, leatheroid, woven bags and paper.

• The instrument is controlled by micro-computer with menu interface, PVC operation panel and large LCD display
• Different ranges of load cells and two testing modes including peeling test and tensile test
• 7 distinct test speeds to meet different test requirements
• 3 kinds of testing data are provided for each test i.e. Maximum Value, Minimum Value and Average Value. Group data analysis is available
• Intelligent designs of over-travel protection, overload protection, automatic position reset and error alert for safe test operation
• Elongation of the specimen could be easily obtained by the precise ruler
• Equipped with RS232 port and micro printer port which is convenient to the data transmission and PC connection
• Supports LystemTM Lab Data Sharing System for uniform and systematic data management

SLY-S1 is based on Elmendorf method to measure tearing strength of plastic films, textile, woven and non-woven materials. Labthink tear tester is a user-friend instrument and test range is from 200gf to 6400gf with suitable pendulum.

SLY-S1 Elmendorf Tearing Tester is designed for the tearing test of films, sheets, flexible PVC, PVDC, waterproof films, woven materials, polypropylene, polyester, paper, cardboard, textiles and nonwovens.

Features

• SLY-S1 Elmendorf Tear Tester is controlled by computer with automatic and electronic measurement which is convenient for the operation
• Pneumatic specimen clamping and automatic release of pendulum could avoid the system error effectively
• Computer assisted horizontal adjustment system could maintain the instrument optimum status
• Equipped with pendulums of multiple capacities
• Professional software supports multi-unit data output
• Equipped with RS232 port which is convenient to the data transmission and external connection
• Supports LystemTM Lab Data Sharing System for uniform and systematic data management

BMC-B1 is designed for determination of mechanical properties of packaging materials such as plastic films, laminates and paper by a free falling dart from a certain height. This instrument is designed according to ASTM D1709 with method A & B.

Principle
Before starting the test, choose test method, and estimate an initial mass and m. Start the test. If the first specimen fails, decrease the mass of the falling dart by m. If the first specimen is not a failure, increase the mass of the falling dart by m. Continue the test according to this rule. In brief, increase or decrease by m according to whether the former specimen is a failure or not. After 20 specimens, calculate the total number of failed specimens N. If N equals to 10, the test is over. If N is less than 10, add specimens and continue to test until N equals to 10. If N is greater than 10, add specimen and continue the test until the number of non-failure specimens reaches 10. Then the tester calculates the test results automatically according to specific formulas.

FIT-01 can be used to determine impact resistance properties of pendulum of plastic films, sheets, composite films, aluminum foils and other materials in accordance with ASTM D3420.

FIT-01 Film Pendulum Impact Tester is professionally applicable to the determination of impact resistance properties of pendulum of plastic films, sheets, composite films, aluminum foils and other materials.

Principle
The impact resistance of films could be obtained by measuring the energy consumed by hemispheric impact head to make films ruptured, under the certain impacting conditions.

• Adjustable range and electronic measurement support various combinations of non-standard test conditions
• Pneumatic specimen clamping, pendulum release mechanism and horizontal adjustment system effectively reduce the errors caused by manual operation
• The system provides automatic statistics of testing data for users convenient viewing
• The instrument is controlled by micro-computer, with LCD, menu interface and PVC operation panel.
• Supports LystemTM Lab Data Sharing System for uniform and systematic management of test results and test reports

RSY-R2 Film Free Shrink Tester is designed for the heat shrinkage test and size stability test of films, heat shrinkable pipelines, medical PVC sheets, back sheets and other materials in liquid medium at various temperatures.

This instrument is professionally applicable to the determination of heat shrinking performance and dimensional stability of various films, heatshrinkable tubes, hard PVC films for tablets, and back-sheets in the fluid medium at different temperatures.

Features

• Digital P.I.D. temperature control technology ensures the preset temperature to be reached rapidly without any fluctuation
• The instrument is heated through fluid medium, which could provide the stable test environment
• Automatic timer function to efficiently guarantee the accuracy of test data
• The instrument is controlled by micro-computer with LCD, PVC operation panel, and menu interface
• Standard clamp wire mesh support could make the test done smoothly

FDT-02 is professionally applicable to the determination of flex durability of flexible films, composite films, and coating films. The instrument can simulate the kneading and creasing behaviors of films happened during production, processing and transportation. The flex durability would be obtained by measuring the changes in number of pinholes or barrier properties after test, which could provide quantitative basis for package design and practical usage.

Features

• 5 standard test modes and 4 specimen stations support various combinations of test conditions
• Quick switch between long and short strokes improves the test efficiency
• Application of servo motor further ensures the accuracy of test results
• Dual protection for hardware and software as well as auto reset provides a safe operating environment for customers
• The instrument is controlled by micro-computer, with LCD, menu interface and PVC operation panel.
• Equipped with micro-printer for convenient data transfer

FT-F1 fogging tester is professionally designed for the fogging characteristics evaluation of volatile constituents of decorating materials used in cars and aircrafts, e.g. plastic articles, polyurethane, textiles, leather, adhesives, nonwovens and thermal forming elastomers at high temperature conditions. It also could be used for the fogging phenomenon test of high intensity discharge (HID) headlamps of cars.

• The instrument is controlled by micro-computer with menu interface, PVC operation panel and large LCD display
• Different ranges of load cells and two testing modes including peeling test and tensile test
• 7 distinct test speeds to meet different test requirements
• 3 kinds of testing data are provided for each test i.e. Maximum Value, Minimum Value and Average Value. Group data analysis is available
• Intelligent designs of over-travel protection, overload protection, automatic position reset and error alert for safe test operation
• Elongation of the specimen could be easily obtained by the precise ruler
• Equipped with RS232 port and micro printer port which is convenient to the data transmission and PC connection
• Supports LystemTM Lab Data Sharing System for uniform and systematic data management

CZY-6S Lasting Adhesive Tester can be used to test the holding power of pressure-sensitive tapes, medical plasters, pressure-sensitive labels and protective films, etc.

Test Principle
The test plate with adhesive specimen is vertically hanged on the stand and its bottom is attached with a standard weight. The lasting adhesive property could be obtained by measuring the displacement of specimen on vertical test plate or the time to failure at such load.

• Standard test plates and weights ensure the accuracy of test data
• The instrument is controlled by micro-computer, with PVC operation panel, membrane switches and LCD, which is convenient for customers to operate and view test data
• Six testing stations could test groups of specimens simultaneously
• Auto timing and locking functions provide higher accuracy of test results

• Broad force range and clearance dimensions
• Compatible with load cells and force gauges
• USB output of force vs. time or force vs. distance
• Adjustable, removal control panel with intuitive menu navigation
• Unique modular function platform - select functions as required for the application
• Password protection of test parameters
• Stepper motor-driven, producing smooth and quiet operation with no speed variation under load
• Compact footprint, suitable for crowded workbenches
• Most electronics are housed in an integrated removeable enclosure, easily accessed for service

• Conical Diamondtools (Models 139-55 and 139-56) are used for scratching materials of ordinary hardness. These tools are precision lapped to a 90 angle, and are available with a radius point of 3 mil (Model 139-55) or 3.5 mil (Model 139-56).
• Diamond Scratchtool (Model 139-58) is used for scratch testing unusually hard materials. This tool is the converging point from three sides and edges of a perfect cube.
• 1.0mm Hemispherical Scratchtip is ideal for materials that are fragile or when a sharp cutting tool is too aggressive. Intended for use with model 550 or 551, this tool has a modified post and requires the Scale Beam Height Extension Kit.
• Carbide Scratch tipsatisfies EN 14565 for resilient floor coverings. This tip includes a 45 angle and 0.25mm radius point.
• S-20 Tungsten Carbide Contour Shear Toolis used for shearing tests. Precision ground, this tool features a cutting edge lapped to a 25mm diameter with a 30 clearance. The edge is set at a 22 shear angle in relation to the rotation of the table and is designed to shear a groove between 50 to 100 mils in width.
• Other shear tools include ModelS-20-3 'Honda' Tungsten Carbide Tool(similar to S-20, but no radius) andS-20-4 Tungsten Carbide Tool(similar to S-20, but R2.6mm).

• Operator list
• Material reference list
• Batch ref with data input
• Selectable test type
• Variable sled weight option
• Variable sled velocity option
• Variable test travel distance
• Variable sample settling time
• User defined High and low limits
• Load cell pre-load indicator
• Temperature selector (heated bed option)

• Test travel distance up to 350mm
• Advanced dedicated microprocessor control,
• Touch membrane keypad
• Easy to read liquid crystal display,
• Sequence logic menu auto prompt selection
• RS232 interface connector
• Ethernet Interface connector for LAN Networking
• Tabular and graphical statistical analysis
• Temperature display
• Variable speed sled velocity up to 1800 mm/minute,
• 1 kg load cell
• Sleds to ASTM or ISO test standard supplied
• 180 peel attachment
• Sample cut out template
• Calibration kit included
• Available in either 220-240v 50hz or 110v 60hz
• Fully traceable certificate of calibration,
• Product user manual,
• CE mark of conformity

• Heated bed option
• Freezer bed option
• Larger load cells
• Sleds to customers requirements
• Thermal Printer

Employing the principle of cantilever bending, a rectangular specimen is supported on a smooth low-friction horizontal platform. A weighted slide is placed over the specimen and advanced at a constant rate. As the leading edge of the specimen projects from the platform, it bends under its own weight. The bend angle indicator can be set at either 41.5 (0.724 rad) or 45 (0.785 rad) below the plane of the platform surface, and includes an easy to read bend angle reference scale with 5 graduations. Once the material flexes enough to touch the bend angle indicator, the test is stopped. Using a scale calibrated in both metric and English units, the length of the overhang is then measured and flexural rigidity and bending modulus can be calculated.

The Fabric Stiffness Tester is available with or without the Hand Crank Speed Control Option. This feature allows the operator to control the rate of speed that the specimen is advanced.

NOTE: In general this instrument may not be suitable for very limp materials or those that show a marked tendency to curl or twist at a cut edge.

• A rapid-burst test shows a realtime curve of increasing pressure until the sample fails.
• A pass-fail test ramps pressure up to a pre-defined point, then releases the pressure.
• A load-and-hold test ramps pressure to a specified number, then holds it at that pressure for a time period set by the operator.

Similar to Taber's Linear Abraser, a test attachment is secured to the bottom of a vertical spline shaft and accessory weights may be placed on a weight holder affixed to the top. A precision bearing on the spline shaft creates a "free-floating" test system. As the test arm moves in a linear motion, the "free-floating" system will raise or lower as the test attachment follows the contours of the specimen being tested - curved or flat.

The base load of 500 grams consists of the test attachment, spline shaft and weight holder. Accessory weights of 1000, 2000 and 4050 grams are included and can be added to the weight holder to increase the test load. With a high torque motor, the Heavy Duty Linear Abraser can accommodate a maximum testing load of 20 lbs. (weight sold separately).

Other features of the Heavy Duty Linear Abraser include a slotted roller channel allowing stroke length adjustments up to 330mm (13 inch); five preset speeds including 15, 30, 37, 45, and 60 cycles per minute; and an integrated T-slot table for securing specimens during testing.

With interchangeable attachments, the Heavy Duty Linear Abraser can also be configured similar to the Linear Abraser to evaluate the relative resistance or susceptibility of a material surface to wear and abrasion, scratch, gouge, scrape, rub, and more. In addition, the instrument can be used for both wet and dry testing. To increase test output, an optional second test arm kit may be added to perform two tests simultaneously.

• Digital Temperature Controller
• Large Twin Colour Display
• Easy Set Point Operation
• Temperature Accurate to +/- 0.1C
• Temperature Range 0 to 400C
• Temperature Resolution +/- 0.01C
• Digital Timer - Large easy to read display
• Test Die, Piston & 2.16kg Test Weight supplied as standard
• Filling and cleaning tools included as standard
• Conforms to method A of the ASTM standard
• Count Range - 1 second to 99999 hours 59 seconds (8 character display)
• Electrical characteristics: 110v@60hz and 220v@50hz fuse rating: 10amp

• Weight Loader
• Full Range of Test Weights Available from 1Kg to 21.6Kg
• Hastalloy cylinder liner, Piston and Die for corrosive materials

• Integrated low temperature bath
• PID electronic temperature control
• Resolution 0.1C
• PT100 PRT sensor accurate to 0.1C
• Integrated stirrer motor
• Temperature range - 70C to 100C
• Stainless steel cantilever clamp
• Easy specimen removal
• Manual pendulum release
• Low friction bearing assembly
• Integrated specimen striker head
• Impact velocity 2.1 m/s
• Test sample cutting die
• Product user manual
• CE declaration certificate

• Specimen cutter Type A
• Specimen cutter Type B
• Specimen cutter Type C
• Specimen Clamps to ISO or ASTM test standard.

The Taber Reciprocating Abraser includes a counterbalanced arm which pivots on an adjustable height gantry system. The counterweight allows the user to balance the test arm, ensuring precise test load set-up regardless of the weight of the attachment. Incorporated at the end of the arm is a tool holder to which optional attachments and weights may be secured. A sliding specimen platform moves in a horizontal, reciprocating motion under the stationary tool holder.
Test parameters such as stroke length (6 - 155mm), speed (3 - 75 cycles per minute) and load (1N - 24N maximum, with included weights of 1N, 2N, 2.5N, 5N, 10N & 24N) are adjustable so optimal settings for each material can be established.
To expand test loads, an optional weight support may be affixed to the top of the tool holder. This permits using auxiliary weight discs originally intended for Taber's Linear Abraser 5750 in place of the standard weights supplied with the instrument. Weight discs are sold individually and available as 10g, 20g, 50g, 75g, 100g, 150g or 250g.
The Wearaser collet assembly comes standard with each Taber Reciprocating Abraser, along with CS-10 and H-18 Wearaser abradants. The size and shape of a pencil eraser, the Wearaser is made using the same high quality Taber abrasive media found in our Genuine Taber abrading wheels. This permits the use of equivalent abrasive materials with the Reciprocating Abraser as well as Taber's Linear Abraser and the Taber Rotary Platform Abraser.
The standard specimen table provided with the Reciprocating Abraser is 216mm x 278mm (8.5" x 11") with drilled tapped holes to accommodate specimen clamps or optional specimen fixing plates. To evaluate most flat specimens, specimen clamps or the optional Wide Slot Fixing Plate may be suitable. For flexible materials such as textile products, the optional Specimen Fixing Plate Kit might be used. Products with a slight contour can also be secured in place using the specimen clamps provided or a custom fixture.
The Reciprocating Abraser can accommodate two additional test arm kits (sold separately), permitting up to three tests to be performed simultaneously.

• Measures real-time and peak force values
• Ergonomic lever operation produces 200 lbF [1, 000 N]
• USB, RS-232, Mitutoyo (Digimatic), and analog outputs
• Automatic output / data storage / zeroing upon sample break helps automate testing processes
• 1, 000-point data memory with statistics and outputs
• Password protection prevents unauthorized changes
• Programmable set point indicators and outputs for pass/ fail determination
• High-speed 7, 000 Hz sampling rate accurately captures peak force values
• Configurable audio alarms and key tones
• Mounting holes for bench mounting
• CE mark

• LCD graphics touch-screen
• User friendly software
• Units of measurement N, cN, mN, kgf, gf, lbf, ozf
• Angular resolution
• Number of specimens (plies)
• Maximum specimen thickness 5mm
• Cut length 15mm or 20mm
• Tear length 43mm
• Pendulum weights (A-D)
• Calibration check weights for each pendulum
• Automatic pendulum weight detection
• Automatic zeroing
• Two-handed pendulum release
• Automatic pendulum arrest
• Sample 'notched' sensor
• Interchangeable jaw faces (E Kit only)
• Visual and audible limits warnings
• 4 Sample preparation templates
• USB PC connection
• Power Supply 85 - 264VAC 50/60Hz 60W
• Product user manual
• CE declaration certificate

• PC software package
• Pendulum Weight Kit (E)
• Interchangeable jaw faces

• metals and alloys on standardized international scales of hardness: Rockwell (HRC), Brinell (HB), Vickers (HV);
• metals with distinctions in properties of steel (e.g., non-ferrous metals, alloys of iron and others.) and using five additional scales for calibration;
• using a scale of tensile strength (Rm) to determine the tensile strength of carbon steel pearlitic products by automatic recalculation from Brinell (HB) hardness scale Ultrasonic hardness tester T-U2 implements the ultrasonic contact impedance method (UCI). The device has the main advantages of ultrasonic hardness tester. It allows user to measure the hardness from small and thin products to large parts. The device is very usability and reliable.

• Possibility of measuring the hardness value of products with any weights and thickness from 1 mm (small items, thin-walled structures, pipes, tanks, steel sheets, the products of complex shape, hardness control of metal coatings, etc.)
• Small mark on the surface of the tested product (user can test mirror surfaces, necks shafts, knives, gear teeth, etc.)
• Hardness testing the hardening layer of the surface
• Wide range of hardness measuring
• Usability of measuring
• Minimum number of controls
• Big graphic display with brightness backlighting
• Control the charge level of batteries
• Extended temperature range (frost protected, operating temperature up to -20 C)
• Device has internal memory and allows user to connect with PC
• New, intuitive menu with tips on the buttons

• Hardness testing of standard steels and alloyed steels
• Hardness testing of cast iron and nonferrous metals
• Testing of tensile strength of carbonized steels products of pearlite class for tension
• Implementation of the rebound method (Leeb)
• Allows user to test the products with weight more than 5 kg and thickness more than 10mm without any additional actions

• Wide range of hardness measurement
• Allows to test the products with coarse, non-uniform structure (castings, forgings)
• Very ease and simplicity in setup and operation
• Reasonable price (lower in comparison with the ultrasonic hardness tester)
• User can save the results of hardness measurements into the internal memory of the device and after that, transfer them to the PC. Device allows user to operate in a wide range of the temperature. Hardness tester T-D2 has a brightness high contrast display. Device also has calibration modes for hardness testing of wide range of metals and alloys.

• Specimen turntable speed control options of both 60 rpm and 72 rpm.
• Easy-to-use operator interface that includes tactile feel buttons and a four line digital display. Simple on-screen instructions allow the operator to change the test parameters via the MENU button. An internal memory stores the settings.
• A vacuum system is included and is critical for the proper operation of the instrument. The vacuum nozzle(s) is hinged to an adjustable mounting at the rear of the housing. A precision vacuum nozzle adjustment control allows the height to be modified for accommodating varying specimen thickness.
• Precision stainless steel weights of 250 grams and 750 grams are furnished to provide standard wheel loads of 500 and 1000 grams. Weights are marked to show total load on each wheel. This marking includes the weight of the abrading arm (250 grams).
• A Quick Release Mounting Hub permits quick wheel mounting without the need of a locking nut, increased clearance for the vacuum pick-up nozzle and a larger viewing area for the test specimen. A beveled retaining nut provides a positive locking force on the wheel hub retaining lip making certain that the wheels remain securely fastened until disengaged.
• Assembled in a sturdy, sealed aluminum housing.

• Orange- Used to test most materials.
• Yellow- Results in 23% increase in speed. Recommended to reduce the total number of test cycles; reduce the "fluid wave" in front of the rotating pin holder; level-off the media as it is passed by the pin holder.
• Red- This optional gear provides a 0.6:1 ratio and is the slowest available speed. As the specimen loading increases to 1750g or greater, it may be necessary to run at a slower speed to supply adequate torque to rotate the pin holder and maintain a constant speed.
• Green- This optional gear provides a 290% increase in speed compared to the standard gear set-up. Recommended when there is a low percent by volume particulate concentration; low sample loading; and when the rate of wear may be insignificant over an extended number of cycles.
  

• metals and alloys on standardized hardness scales;
• metals with different properties from steel (for example, non-ferrous metals, alloys, cast iron, etc.) with additional scales for calibration;
• use the scale of tensile strength (Rm) for determining the tensile strength of carbon steel products pearlitic by automatically converting from Brinell (HB) hardness scale.
• Device implements 2 methods of testing: rebound (Leeb) and ultrasonic contact impedance (UCI). The combination of both methods allows user to test all range of metal products.

• 2 removable probes: ultrasonic contact impedance (UCI) and dynamic, rebound (Leeb)
• There are no restrictions for hardness testing (by weight, configuration, structure, degree of mechanical and thermal treatment, etc.)
• To evaluate changes in the hardness of the hardened layer depth articles and the effect of surface stress
• Wide range of hardness value
• Convenience and ease in operation
• Minimum number of imprints
• Graphical display with backlight
• Automatic recognition of probe
• Control of the batteries
• Extended temperature range (cold-resistant, down to -20 C)
• Device has internal memory and allows user to connect with PC
• New, intuitive menu with tips on the buttons

The Samples are immersed in a solution to drop the temperature. After three minutes at the desired temperature, the samples are hit with a striker of prescribed radius and speed. The operator then inspects the samples to see how many have failed.

The instrument has a built-in temperature controller, and with the optional liquid nitrogen control, allows the operator the ability to change the temperature and get to the new temperature quickly and accurately.

The Sample Holding Fixture can hold up to ten samples at one time. The amount of energy can be measured after each test to ensure consistent test results.

The instrument is manufactured of stainless steel, anodized aluminum and Epaint to ensure durability and longevity while maintaining an attractive look.

The BP2 requires a table area of 2' wide x 2' deep. An overhead clearance of 3' is recommended for the calibration tube.

The instrument runs on 110 volts 15 amp AC power, and a supply of liquid nitrogen set at 22 psi if the liquid nitrogen option is selected. It is also recommended that all precautions be taken with regard to the setup and handling of the liquid nitrogen and the resulting nitrogen gas.

The instrument comes complete with the test fixture, temperature chamber and calibration tube as noted in Annex A1. Options include the LN2 control, Sample Cutting Die, Torque Wrench and Sample Guide fixture.

• ASTM D3654 - Standard Test Methods for Shear Adhesion of Pressure Sensitive Tapes
• ASTM D3121 - Standard Test Method for Tack of Pressure-Sensitive Adhesives by Rolling Ball

• Moveable 1.25" (31 mm) length posts accommodate a wide range of sample shapes and sizes
• Available extended post lengths and other gripping options
• USB, RS-232, Mitutoyo, and analog outputs
• Automatic output, data storage, and zeroing upon bottle cap removal helps automate testing processes
• First / second peak detection for slip and breakaway torques in tamper evident closures
• 1, 000-point data memory with statistics and outputs
• Password protection prevents unauthorized changes
• Programmable set point indicators and outputs for pass/ fail determination
• High-speed 7, 000 Hz sampling rate accurately captures peak torque values
• Configurable audio alarms and key tones
• 5 selectable units of measurement
• MESUR Lite data collection software included

• Resolution - half of one degree Shore hardness scale
• Easy to use - hand held
• Sturdy, accurate and reliable
• BCD output facility
• Uses 1 x SR44 flat battery
• Multiple Modules with the same instrument head
• Supplied in convenient storage/protective case
• Model STD227 Analogue Durometer

• Resolution - one degree Shore hardness scale
• Supplied complete with tolerance settings
• Optional maximum hand
• Multiple Modules with the same instrument head
• Supplied in convenient storage/protective case

• Lever operated bench stand
• Set of 6 colored rubber reference blocks (shore A only)
• Shore A Scale ASTM D 2240, ISO 7619 & 868, DIN 53505
• Shore B Scale ASTM D 2240
• Shore C Scale ASTM D 2240
• Shore D Scale ASTM D 2240, ISO 7619 & 868, DIN 53505
• Shore DO Scale ASTM D 2240
• Shore O Scale ASTM D 2240

• Shore Hardness Test Stand NOVOTEST is very useful for measurements with Shore durometers.
• In the most cases using Shore Durometer with stand is the optimal choice, because the operator errors during measurements much decreased, that is leads the most accurate result.
• The unit has simple design and high-quality parts.

• First / second peak capture for CW and CCW directions
• 3/8 square receptacle accommodates common bits and attachments
• High-speed 7, 000 Hz sampling rate accurately captures peak torque values
• 1, 000-point data memory with statistics and outputs
• USB, RS-232, Mitutoyo, and analog outputs
• Break detection: automatic output, data storage, and zeroing upon tool click/slip automates testing processes
• Programmable set point indicators and outputs for pass/ fail determination
• Password protection prevents unauthorized changes
• 5 selectable units of measurement
• Battery or AC operation