TESTING SOLUTIONS

Materials Testing Structural and Component Testing Building Materials Testing Modernisation and Upgrade Service and Support Accessories Used Machines Static Universal Testing Dynamic and Fatigue Testing Axial - Torsional Testing Biaxial Planar Testing Systems Torsional Testing High Force Testing Impact Testing Rotary Bending Testing Automated Testing Hydrostatic Pressure Testing Steel Bend Testing Machines Shear Testing Device EN 15340 Actuators Hydraulic Power Units Digital Test Controller Cement Concrete Rock Mechanics Wood and Timber Asphalt and Bituminous Soil Elektromechanical_Systems Servohydraulic_Systems Extensometers Environmental Chambers Grips and Fixtures High Temperature Furnace Specimen Marking (Dividing) Machines Digital Test Controllers Materials Test Software Hydraulic Power Units From our Showroom Used Materials Testing Systems Used Building Materials Testing Systems Used Single Acting Actuators 20 – 1000 kN LFM-L Electromechanical Single-Column Machines LFM-Top Electromechanical Table-Top Machines LFM Electromechanical Floor Standing Machines up to 125 kN LFM Electromechanical Floor Standing Machines up to 150 to 400 kN LFM Electromechanical Floor Standing Machines up to 600 to 2500 kN LFE Electromechanical Central Spindle Machines Multi Test-Area Machines LFM-C Electromechanical Central Spindle Machines LFMZ Electromechanical Central Spindle Machines TTM Servohydraulic Machines up to 5000 kN LF and LFSV Servohydraulic Machines up to 1000 kN UTM Servohydraulic Machines up to 3000 kN LFMHybrid Test System Servohydraulic Multipurpose Fatigue Test System Floor Standing with Actuator in lower base Series LFV up to 630 kN LFV-L Multipurpose Dynamic & Fatigue Systems up to 50 kN LFV Compact Multipurpose Dynamic and Fatigue Systems up to 50 kN LFV-E Electrodynamic Test Systems LFM-L Series Low Capacity Single Column Axial-Torsional Test Systems LFM-T Series Electromechanical Systems LFV-T Series Servohydraulic Systems LFM Biax Electromechanical Testing Systems D1000 Multiaxial Servohydraulic Systems LFV Biax Servohydraulic Systems LFM-T Electromechnical Torsional Tesing Systems LFV-T Servohydraulic Torsional Tesing Systems PH Version CHV Expandable Pedelum Impact Tester up to 75 Joule PH Version CHV Expandable Pedelum Impact Tester up to 900 Joule PH Version CHV Expandable Table-Top Pendulum Impact Tester up to 50 Joule UBM Series Electromechanical Systems STM Series Joints for Actuators Cement Testing Systems Series D and DB Advanced Cement Testing Systems Series DB SUPER Building Materials Test Controller DGIGICON4000 Building Materials Test Software Proteus-MT Cement and Mortar Testing Devices Building Materials Extensometers Compression Testing Machine Series D5 Compression Testing Machine Series D Fiber-Reinforced Concrete and Mortar Testing Machines Series DBZ Universal Flexural Testing Machines with Extra Wide Bending Table Series B - S Compression Testing Machines For Gully Tops and Manhole Tops Testing Series D-GT Creep Testing Machines Series HKB Temperature Stress Testing Machine (TSTM) Concrete Measuring and Weighing System Building Materials Test Controller DIGICON4000 Building Materials Test Software Proteus-MT Concrete Testing Devices Building Materials Extensometers Cold Bending Test Device TD-KB Portable Peel Test Device HZV-281.KDB-500N Portable Peel Test Device HZV-281.PBD-2.5kN Automatic Contacting Axial Extensometers Axial Clip-On Extensometers Axial-Torsional Extensometers Transverse and Diametral Extensometers High Temperature Axial Extensometers High Temperature Transverse and Diametral Extensometers High Temperature Deflection Measuring Device Fracture Mechanics Clip-Gages Building Materials Extensometers Deflection Gages (Deflecometer) Side-Loading Hydraulic Non-Shift Wedge Grips WGR-H upt to 2500 kN Hydraulic Collet Grips for Fatigue Testing of Round Specimens Series HCG Hydraulic Parallel Closing, Dual-Side Grips Series SPG up to 3000 kN Hydraulic Wedge Grips Series WG-H up to 3000 kN Mechanical Wedge Grips Series WG-M up to 250 kN Side Loading, Self-Tightening Manual Wedge Action Grips Series PWG up to 400 kN Wedge Screw Grips Series KSP up to 250 kN Self-Tightening Wedge Grips Series 243 up to 50 kN Hydraulic Wedge Grips for the use in Environmental Chambers WG-AT 100 or 250 kN 1100°C High Temperature Hydraulic LCF Grips Series HTG 1500°C High Temperature Bend Test Fixture with Deflection Measuring System Series PMA-06 High Temperature Tensile Grips for Flat Specimens Series PMA-31 Self-Aligning Threaded-End Specimen Grips Series 179 Mechanical Tension-Compression Grips Series TF Fracture Mechanics Clevis Grips Self-Tightening Eccentric Roller Tensile Grips Series 7 Webbing Sheet Ribbon Roller Tensile Grips Series 222 Fully Articulated Ceramic Flexural Strength Test Fixture according to ASTM C1161 Series 238-5P-B200 Static Puncture Strength Test Fixture for Geotextiles according to ASTM D4833 or ASTM D6241 600 kN Webbing Sling Tensile Grips Series CG600 Concrete Testing Devices Cement and Mortar Testing Devices Side Loading, Self-Tightening Manual Wedge Action Grips Series 1341 Digital Test Controller PCS8000 Digital Test Controller Digicon4000 PAC & PAR Series up to 75 l Flow Rate PAR Series up to 250 l Flow Rates

Concrete Testing

w+b offers a wide range of testing machines for different concrete tests. Each system can be individually configured according to your testing needs for an optimal solution.

Concrete is a construction material composed of cement as well as other cementitious materials such as fly ashes and slag cement, aggregates made from crushed rocks such as limestone or granite, plus a fine aggregate such as sand, water and chemical admixtures.
Concrete solidifies and hardens after mixing with water and placement due to a chemical process known as hydration. The water reacts with the cement, which bonds the other components together, eventually creating a stone-like material. Concrete is used to make pavements, pipe, architectural structures, foundations, motorways/roads, bridges/overpasses, parking structures, brick/block walls and footings for gates, fences and poles.

In this section you find a wide range of testing machines for the determination of the strength of concrete.
In addition we offer a wide range of testing equipment for the determination of workability, consistency, setting time, volumic mass, air content, linear variations as well as for the sample prepatation a.s.o.
All testing machines and equipment conforms to the relevant international standards as EN, ISO, ASTM and other corresponding national standards.

Testing Devices Extensometers

Compression Testing Machine Series D5 up to 3000 kN

The D5 series testing machines are designed for the determination of the compressive strength of test specimens of hardened concrete according to EN 12390-3, EN 12504-1 and EN 206.

Compression Testing Machine Series D

The D series are rugged, durable and highly reliable designed systems often the best choice for high-volume testing of concrete in the field of quality control.

Fiber-Reinforced Concrete and Mortar Testing Machines Series DBZ up to 500 kN

The DBZ building materials platforms are robust and versatile static testing machines tailored for accurate and repeatable testing of fiber-reinforced concrete and mortar. These flexural test systems can be equipped with a wide range of test fixtures to perform flexural, compression and tension tests on a variety of materials.

Universal Flexural Testing Machines with Extra Wide Bending Table Series B - S 50 - 200 kN

The B-S universal flexural (bending) testing machines are well suited for testing of long specimens as concrete beam, pile, prism, railway sleepers as well as wooden / timber specimens and structures.
With appropriate accessories the machine can also perform compression, tensile, shear and other tests on a variety of materials.

Compression Testing Machines For Gully Tops and Manhole Tops Testing Series D-GT

The D-GT testing machines are designed to determine the permanent set and load bearing capacity of gully tops and manhole tops for vehicular and pedestrian areas made from different materials in accordance with EN 124.

Creep Testing Machines Series HKB up to 1000 kN

The HKB Long-Term Creep testing machines are used to perform Creep Tests on Cement Based materials. Creep is a time dependent viscoelastic deformation of a cement based material like concrete under permanent load. Creep can cause additional, time dependent deformations in building components. When it is needed to subtracting the shrinkage deformations another load-free specimen will be used to measure the shrinkage.

Temperature Stress Testing Machine (TSTM)

Temperature Stress Testing Machine (TSTM) for Studies on Early-Age Behaviour of Concretes and Fibre Reinforced Concretes.

Concrete Measuring and Weighing System

Control console with Measuring and Weighing System for Increased Productivity and Ergonomic Working.

Building Materials Test Controller DIGICON4000

Building Materials Test Software Proteus-MT

Concret Testing Devices

Building Materials Extensometers

ABOUT

Walter + Bai AG
Prüfmaschinen - Testing Machines
Industriestrasse 4
8224 Löhningen
Switzerland

Tel. +41 (0)52 687 25 25
Fax +41 (0)52 687 25 20
info@walterbai.com

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