walter+bai ag Testing Machines
walter+bai ag Testing Machines supplies a wide range of material testing machines and systems for the safety and quality of materials, industrial products and buildings. Mechanical testing is carried out in many industrial sectors, such as the automotive and aircraft industry, metal industry, plastic and rubber industry, the chemical industry, construction industry, medical engineering as well as institutes and universities.We Manufacture Testing Systems to Suit Your Specific Testing Needs!
Serving these industries for more than 45 years, w+b benefits from the company’s extensive experience in producing material testing systems and equipment to serve this wide range of applications.
Due to our considerable engineering capabilities we are able to offer not only standard testing machines but also customized solutions or complete installations for physical testing laboratories world-wide.
To ensure you obtain the maximum rewards from your investment, our accredited calibration laboratory guaranties that excellent after-sale service and verification facilities are available for your installations.
- Over 45 Years of Experience in
Manufacturing of Testing Machines - Quality, Accuracy and Reliability
- Swiss Made
Cold Bending Test Device TD-KB for the Determination of flexibility of roofingmaterials at low temperatures
The TD-KB series is designed for the determination of flexibility of bitumen sheets at low temperatures according toEN 1109 & SIA 281.
These easy-to-use units allows to perform tests in the temperature range from -45°C to +200°C and offers the pre-temper of up to 6
specimens at the same time.
The lower bending distance is adjustable and all parts that submerge into the cooling liquid are made from Cr-Ni Steel.
Cold Bending Test Device TD-KB for the Determination of flexibility of roofingmaterials at low temperatures
The TD-KB series is designed for the determination of flexibility of bitumen sheets at low temperatures according toEN 1109 & SIA 281.
These easy-to-use units allows to perform tests in the temperature range from -45°C to +200°C and offers the pre-temper of up to 6
specimens at the same time.
The lower bending distance is adjustable and all parts that submerge into the cooling liquid are made from Cr-Ni Steel.
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 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.The model D5 with capacity 2500 kN is also available in a execution well suited for the additional determination of the Young's modulus on concrete in accordance with EN 12390-13, ASTM C469, ISO 6784 and DIN 1048-5.
These compression testing machines comply with the strain cylinder test requirements (straintest execution) according to ISO EN 12390-4 / DIN 51302-2.
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.The model D5 with capacity 2500 kN is also available in a execution well suited for the additional determination of the Young's modulus on concrete in accordance with EN 12390-13, ASTM C469, ISO 6784 and DIN 1048-5.
These compression testing machines comply with the strain cylinder test requirements (straintest execution) according to ISO EN 12390-4 / DIN 51302-2.
Advanced Cement Testing Systems Series DB SUPER
These Testing Machines represents the most advanced models for high-productive testing, designed for voluminal testing in the field of cement quality control.The SUPER series offers simultaneous bending and compression testing capability to reduce the testing time considerably.
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
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.
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.
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.
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.
Portable Peel Test Device Series HZV-281.KDB – 500 N
For peel tests on Polymeric Membranes and glued insulation foils to SIA 281-2/B and SN 56281 to determine the qualitative shear strength after installation of the membranes.Aluminium test tripod with spindle gear, motor, and electromechanical tensile device with clamping jaws.
Portable Peel Test Device Series HZV-281.KDB – 500 N
For peel tests on Polymeric Membranes and glued insulation foils to SIA 281-2/B and SN 56281 to determine the qualitative shear strength after installation of the membranes.Aluminium test tripod with spindle gear, motor, and electromechanical tensile device with clamping jaws.
Portable Peel Test Device Series HZV-281.PBD – 2.5 kN
For peel tests on Bituminous Membranes, Liquid Applied Membranes / Seals and Glued Insulation Foils to SIA 281-2/A and SN 56281 to determine the qualitative shear strength after installation of the membranes.Aluminium test tripod with spindle gear, motor, and electromechanical tensile device with clamping jaws.
Portable Peel Test Device Series HZV-281.PBD – 2.5 kN
For peel tests on Bituminous Membranes, Liquid Applied Membranes / Seals and Glued Insulation Foils to SIA 281-2/A and SN 56281 to determine the qualitative shear strength after installation of the membranes.Aluminium test tripod with spindle gear, motor, and electromechanical tensile device with clamping jaws.
