Tensile Testing of Reinforcement Bar (Rebar)

Rebar (reinforcing bar), usually made from ridged carbon steel, is a construction product mechanically anchored in reinforced concrete and masonry structures to improve tension. Rebar testing is a basic tensile test, where an escalating tensile load is applied to a rebar specimen until it yields or breaks, revealing important data about the specimen’s strength.

Our complete solutions for rebar tensile testing include:

  • Highly stiff, floor-standing servo hydraulic load frames for a range of force requirements
  • Intuitive, versatile and user-friendly software with powerful test design capabilities
  • Digital controllers with high channel density, high capacity and superior configurability
  • Hydraulic grips with special inserts for rebar specimens
  • Comprehensive selection of accessories including grips, extensometers, and furnaces

  • BS EN ISO 15630-1
  • ISO 6892-1
  • BS 4449


Pendulum Impact Test Systems for Metals

The Charpy impact test is a destructive method and standardized high strain rate test which determines the amount of energy absorbed by a material during fracture. Absorbed energy is a measure of the material’s notch toughness.

With pendulum energies from 150 to 450 Joules, this metal impact test system is designed to comply with ASTM and ISO standards. Equipped with powered pendulum retrieval, precision bearings, machine enclosure with interlock and several other safety features. Optional auto specimen feeder and integrated cooling chamber increase productivity and minimize operator error.


  • Durable / Reliable: Rugged cast iron frame absorbs shock and vibration for more accurate results
  • Accelerated Testing: Auto specimen feeding device ensures specimen is struck at the correct temperature within the five second testing requirement
  • Accurate / Repeatable Results: High-resolution, frictionless encoder for accurate measurement of impact angle
  • Easy, Intuitive Use: Ergonomic control panel with touchscreen display
  • Advanced Safety Features: Reliable disc brake for quick pendulum braking



  • ASTM A370
  • ASTM E23
  • BS EN 10025-1
  • BS EN 10025-2
  • BS EN ISO 148-1

Charpy & Izod Test

Impact Hammer

Inspection of Rubber Lined Metal Pipes or Vessels for Disbonds

Many metal pipes or vessels have rubber or other linings on the inside diameter for transport or mixing of certain fluids. There is a common requirement to be able to inspect the bonding between the metal and liner.

By using a transducer that can penetrate the rubber through the bondline, the amplitude of the interface can be measured with a flaw gate. Good bonding will attenuate the signal. A disbond will return a higher amplitude echo since the sound cannot now penetrate the rubber.

Initial tests with a 5MHz tranducer showed that we did not penetrate the rubber since a known disbond was not resolved. Therefore a lower frequency 2.25MHz was used with a composite construction to give better penetration and an improved signal to noise ratio. A dual-element was also required because of the curvature of the pipe; a single element was too sensitive to rocking of the transducer.

  • Raptor Imaging Flaw Detector
  • RCA-10 or RCA-18 scanner
  • Dual-element 2.25MHz composite transducer (1/4”) Part No. AE07E06

Pipes and vessels with bonded internal liners can be inspected for disbonds automatically using the Raptor and RCA-10 or RCA-18 and a low frequency composite dual-element transducer.


  • 600 tests per hour
  • 200 samples capacity with continuous loading
  • Automatic startup and calibration routine
  • Unlimited number of unattended tests
  • Barcode reading for samples and reagents
  • No disposable cuvettes
  • Long-life cuvettes with integrated wash & control station
  • Cadmium module for Nitrate analysis
  • ISE module for pH, conductivity and redox analysis
  • Capped tubes
  • New software with touch screen
  • Bi-directional LIMS ready
  • Ready-to-use reagents
  • Green technology


  • Alkalinity
  • Ammonia
  • Calcium
  • Chloride
  • Chlorine
  • Chromium
  • Cyanide
  • Fluoride
  • Hardness
  • Iron
  • Manganese
  • Nitrate
  • Nitrite
  • Phenol
  • Phosphate
  • Protein
  • Silicate
  • Sulphate
  • TKN
  • TKP
  • Turbidity
  • Urea

High-Force Test Systems

Ultra-stiff, four-column servo hydraulic load frames, dynamically rated to deliver loads ranging from 1 to 30 MN. Higher capacity load frames and unique features can be custom engineered to order.


  • Bend
  • Compression
  • Dynamic Testing
  • Fatigue
  • Fatigue and Fracture
  • Tension
  • Stiffness and Strength Measurement

  • Concrete
  • Materials
  • Aircraft Panels
  • Wind Turbine Blade Sub-components
  • Building Materials
  • Metals
  • Piping and Tubing
  • Rebar
  • Chain
  • Structural Steel
  • Wire and Cable

High-Force Test Systems

Flat Specimen Preperation

Struggling with effective flat tensile sample preparation? Experience the market’s leading user-friendly flat tensile sample preparation equipment. Preparing flat tensile specimens has never been easier. Take full advantage of the speed, precision and the ease-of-use our flat tensile preparation machines offer. Each CNC for tensile specimen preparation is capable of creating the perfect sample for your tensile testing needs every time. Learn more about our flat CNC for tensile sample preparation line of equipment.

It has never been easier to prepare high quality tensile specimens the user-friendly software which allows the operator to easily enter desired tensile specimen size based on the parameters listed in ASTM, ISO, DIN, JIS or other industry standard. By simply entering your required measurements, the machine is ready to mill in seconds.

Want to confirm which sample preparation system is the Right Solution for your materials? Contact and send your specimens to us today!

Tensile Flat Specimen Preparation Machine

ASTM E8 Flat Specimens on Tensilesoft

ASTM A370 Flat Specimens on Tensilesoft

Customized Tensile Clamping Fixtures

Round Specimen Preperation

Struggling with effective round tensile sample preparation? Round tensile test specimen preparation is made easy with our line up of easy-to-use, fast and precise lathes for round tensile preparation. Turning round, square or irregular stock is no problem for these robust round tensile sample preparation machines. Each CNC for round sample preparation comes standard with user-friendly software and other components for your long-term operational needs. Our lathes are designated CNC for round tensile specimen preparation, however can also be used for standard CNC machining needs.

By simply selecting a common tensile size from software library of common standards (ASTM, ISO, DIN, etc) or by entering your own dimensions on the touch screen numerical keypad, the round specimen preparation machine is ready to machine specimens up to 5″ in diameter (up to 1″ by 1″ squares) and up to 8″ in length after only a few simple steps.

Want to confirm which sample preparation system is the Right Solution for your materials? Contact and send your specimens to us today!

Tensile Round Specimen Preparation Machine

Tensile Round Specimen Preparation Machine (2)

ASTM E8 Round Specimens on Tensilesoft