Electronic Tensile Strength Testers

Model: FZT ETT 01

  • Double Column Tensile
    Single Column Tensile

    FZT ETT01A –  Digital Tensile Tester (Vertical Model – Single Column) With Digital Display Of Tensile Strength & Stretch Of Paper, Paperboard And Similar Materials. Complete With Memory For Retaining Peak Value, Automatic Or Normal Zero Setting, Overload And Over Travel Protection Facilities. With Load Cell & DC Servo Motor and Drive. Standard Model Range : 0-50 Kgf Or 500 N & Available In Other Load Ranges 0-100 Kgf Or 1000 N, 0-1000 Kgf Or 10,000 N.

  • FZT ETT01B- Digital Tensile Tester (Vertical Model – Double Column) Microcontroller Based – For Providing Rapid And Efficient Determination Of Tensile Strength, Tensile Index, Tensile Factor, Breaking Length, Elongation, Elongation %Age And Tensile Energy Absorption (TEA) Of Paper And Paperboard On In-Built/External Printer Facility And Load Cell And DC Servo Drive. Complete With Memory For Retaining Peak Value Of Load, Automatic Zero Setting, Overload And Over Travel Protection Facilities.
    Standard Range : 0-50 Kgf Or 500 N & Also Available In Other Higher Ranges of 0-100 Kgf Or 1000 N, 0-1000 Kgf Or 10,000 N.
  • FZT ETT01C- Electronic Tensile Tester (Horizontal Model, Microcontroller Based) User-Friendly Software Guides The Operators Through All Steps Of Program Selection, Parameter Modification And Sample Test To Minimize The Human Error During Test To Provide Rapid And Efficient Determination Of Tensile Strength, Tensile Factor, Tensile Index, Breaking Length, Elongation, Elongation Percentage, Tensile Energy Absorption (TEA), Tensile Stiffness And Z Strength Test Of Paper And Paperboard With In-Built /External Printer, Fitted With Load Cell & DC Servo Motor and Drive.

    Standard Range : 0-50 Kgf Or 500 N & Also Available In Other Higher Ranges.

  • FZT ETT01D – Universal Testing Machine UTM Tester (Horizontal Model / Vertical Model) Monitoring Is Done Through The FBI MONITOR SYSTEM Which Is A PC-Based Data Acquisition System Designed Around The Unique Operating System Such As WINDOWS 9X, ME & XP. The Software Has Connectivity From 1 To 16 Individual Test Stations. User-Friendly Software Guides The Operators Through All Steps Program Selection, Parameter Modification And Sample Test To Minimize The Human Error During Test To Provide Rapid And Efficient Determination Of Tensile Strength, Tensile Index, Tensile Factor, Breaking Length, Elongation, Elongation Percentage, Tensile Energy Absorption (TEA), Tensile Stiffness, Z Strength Test Of Paper And Paperboard With In-Built Printer/External, Fitted With Imported Load Cell & Stepper Motor. The Automatic Calculations Through COMPUTER MICROPROCESSORS And Presentation Of Measured Value, All Of Which Ensure Accurate And Stable Test Result.

Applications: Tensile Tests, ZD Tensile Tests, Compression Tests, 900/1800 & 270 And Rotary Peeling Resistance Tests, Probe Tack Tests, Loop Tack Tests, Release And Adhesion Tests, Tearing Tests, Bending Tests, Burst Tests

Options With All Models Of Tensile Testers :

    • Graphical Display With Facilities Of Displaying Parameters Of 1003D, E & Graphs Of Time Vs Tensile Force, Elongation Vs Tensile Force And Tensile Energy Absorption.
    • Finch Device For Wet Tensile Test As Per SCAN P 20, TAPPI T 456.
    • Precision Test Strip Cutter-Cutting Width 15mmx300.
    • Precision Test Strip Cutter-Die & Punch Type Cutting Width 15×300 Mm.
    • Easy Interchangeable Pneumatically Operated Clamp For 25 Or 50 Mm.
    • Attachments For Loop Tack, Probe Tack And Peeling Resistance For Label & Adhesives.
  • FZT ETT01E – DIGITAL SHORT SPAN TENSILE TESTER For fibre strength, length, bonding Potential of production pulp as well as a paper at the reel, the zero-span tensile test may be used to determine the strength of pulp fibres when beaten under laboratory conditions, regardless of the laboratory beating procedure used. Measurement of zero-span tensile strength, in conjunction with tensile strength and other physical properties, is useful in optimizing new fibre-processing techniques and maximizing utilization of new fibre sources such as recycled fibres. Microcomputers collect, store, process and calculate data. The data is then presented on the LCD screen and an alphanumeric printer. Fixed programs run for routine tests utilizing a 4×5 matrix keyboard. Display max. 20×4 LCD, alphanumeric or 128×64 graphical display. Printer max. 20 positions, stirp width 70mm- individual, manually loaded tsets. Pre-set short span adjustment. Rugged construction. Precision pneumatic clamping surfaces machined to “zero” tolerance. Zero spans tensile force, tensile strength, tensile index results and input loaded parameter on the LCD display and thermal printer facility.

APPLICABLE STANDARD
TAPPI 279 pm99, ISO 15361:2000

APPLICABLE STANDARD
SCAN P 38,SCAN P 67, TAPPI T494,TAPPI T541, CPPA D.34, ISO 1924/2, BS 4415, DIN 53112, APPITA/AS 1301.448, JIS P 8115, FINAT

Made in Ontario. Canada