High Temperature Tensile Testing Machine

Description:

Complete solutions for high-temperature are based on the proven load frame concept of the AllroundLine. The flexible and modular load frame design in conjunction with an array of high-temperature components enable the configuration of individual testing systems that are optimally matched to the testing requirements of our customers. Model HZ-1009C offers standard solutions in a temperature range of -70°C up to +1,000°C and customized testing solutions up to +1,200°C.A testing system for all quasi-static tests (tensile, compression and flexure tests)

Wide Temperature Range:

• -70°C to +1,000°C with high-temperature furnace and temperature chamber
• Precise measurement and standard-compliant specimen temperature control
• Wide selection of contact-type and non-contact extensometers for all applications in the entire temperature range
• Appropriate specimen grips for almost all materials (metals, plastics, composites, ...)
• Wide range of high-temperature accessories for customized system configurations

Main Features:

The imported photoelectric encoder is used for displacement measurement, the controller adopts embedded monolithic microcomputer structure, built-in powerful measurement and control software, integrating measurement, control, calculation and storage functions.With the function of automatically calculating stress, elongation rate (extension), tensile strength and elastic modulus, automatic statistical results; automatically record the maximum point, fracture point, specified point force or elongation; use computer test process and test curve dynamic display, and data processing. After the test, data analysis and editing, and print report, product performance reaches the international advanced level.

Satisfying Criteria and Picture Details:

Meet the standard GB / T 16491-2008 electronic universal test machine, Also comply with the ASTM D412, ASTM D638, GB/T 1040, GB/T 8808, GB/T 13022, GB/T 2790, GB/T 2791, GB/T 2792, GB/T 16825, GB/T 17200, GB/T 3923. 1. GB / T2611, GB / T 6344, GB / T 20310, GB / T 3690, GB / T 3690, GB / T 4944, GB / T 3686, GB / T 6344, G B / T 10654, etc.

Application Industry:

Extensive used in measurement and quality inspection, clothing and shoes; rubber and plastics; metallurgy and steel; machinery manufacturing; electronics and electrical appliances; automobile production; textile and chemical fiber; wire and cable; packaging materials and food; instruments; medical equipment; civil nuclear energy; civil aviation; universities; scientific research, arbitration and technical supervision department; building materials and ceramics; petrochemical; other industries.

Technical Parameter:

Other Test Items:

• The elastic coefficient is the elastic Young's modulus Definition: the ratio of the normal stress component to the normal strain.To determine the coefficient of material rigidity, the higher the value, the stronger the material is.
• Scale limit: the load weight can be maintained directly proportional to the elongation within a certain range, and its maximum stress is the ratio limit.
• Elastic limit: maximum stress for material tolerance without permanent deformation.
• Elastic deformation: after the removal of the load weight, the deformation of the material is completely disappeared.
• Permanent deformation: the material remains deformed after removing removal.
• yield point: when the material stretches, the deformation increases and the stress remains unchanged, this point is the yield point.Yield points are divided into up and down yield points, and the above yield points are generally used as yield points.Quow (yield); the load weight exceeds the proportional limit and is no longer proportional to the elongation, the load will fall suddenly, but in a period of time, up and down, elongation changes greatly, this phenomenon is called yield.
• Yield strength; when the permanent elongation reaches a specified value divided by the original break area of the parallel part.
• Spring K; the ratio of the same phase with deformation.
• Effective elasticity and lag loss: on the yield strength test machine, when the sample is stretched to a certain specialty rate at a certain speed or to the specified load, the percentage of the recovery and the expansion is the effective elasticity, and the lag loss.