What is the maximum load this machine can handle?

The High Temperature Bending Strength Testing Machine can handle a maximum load of 10000/20000 N, depending on the model, which is suitable for a variety of material testing needs.

How does the machine ensure accuracy in high-temperature testing?

The machine employs high-precision closed-loop control and electronic servo for load application, ensuring measure accuracy of 0.1% and temperature controlling accuracy of ±1℃.

Can the test atmosphere be customized?

Yes, the test atmosphere can be customized to air or protective atmospheres such as nitrogen (N2) and argon (Ar), catering to specific material testing requirements.

What is the typical temperature range of the equipment?

Depending on the model, the testing temperature can typically range from room temperature up to 1200°C, 1600°C, or even higher for specialized systems with advanced heating modules.

What loading capacity does the machine support?

Load capacity varies by model, typically ranging from a few hundred newtons to several kilonewtons, depending on the material testing requirements and specimen size.

How is specimen alignment ensured during testing?

Precision fixtures and high-temperature resistant supports are used to ensure accurate positioning, minimizing errors caused by thermal expansion or misalignment.

High Temperature Bending Strength Testing Machine

Q: What is a high temperature bending strength testing machine used for?

A high temperature bending strength testing machine is used to evaluate the mechanical strength of materials under elevated temperature conditions. It is commonly applied to ceramics, metals, refractory materials, glass, and advanced composites to simulate real service environments.

High Temperature Bending Strength Testing Machine - HMOR Series

The high temperature bending strength testing machine is designed to measure the bending strength of inorganic non-metallic materials under high-temperature conditions. This machine is widely used to simulate material performance at working temperatures and is an essential tool in R&D and quality control for refractory and ceramic materials.

Service Temperature

1600℃

Max. Load

10000/20000 N

Measure Accuracy

0.1%

Temp. Controlling Accuracy

±1℃

Why Choose High Temperature Bending Strength Testing Machine?

The high temperature bending strength testing machine is engineered to assess the bending strength, or modulus of rupture, of materials such as refractory materials, ceramics, and concrete. It operates under high-temperature conditions, providing a crucial simulation of material performance at operational temperatures. This machine is compliant with international standards such as ISO, GB, EN, ASTM, and HB, making it a reliable choice for material testing.

Our machine is equipped with a computer for full automatic control and utilizes self-developed human-computer interactive measurement and control software based on LabWindows CVI. This software ensures high-temperature control and loading accuracy, with the ability to display temperature-time and pressure-time curves dynamically and in real time. The data can be exported to EXCEL format for report generation and retrieval.

Our HMOR.HT401/402 model is tailored for refractory material testing, adhering strictly to international standards ISO5013, ISO5014, and the national standard GB/T3002. The HMOR.HT403/405 model is designed for ceramic material testing, aligning with HB5353.3 and HB5352.1 standards. The HMOR.HT406 model offers continuous testing capabilities for both investment casting ceramic core/shell and refractory material samples.

Compliance with international and national standards for material testing.
High-temperature control and loading accuracy for reliable results.
Dynamic display of test curves and data export capabilities.

Key Features of High Temperature Bending Strength Testing Machine

STEP 1

High-Temperature Operation

Capable of operating at a service temperature of 1600℃, suitable for testing materials under extreme conditions.

STEP 2

Automatic Control System

Equipped with a computer for full automatic control, enhancing the efficiency and accuracy of the testing process.

STEP 3

Dynamic Data Visualization

Displays real-time temperature-time and pressure-time curves, allowing for immediate analysis of test results.

STEP 4

Compliance with Standards

Aligns with international and national standards, ensuring the reliability and validity of test outcomes.

FAQs about High Temperature Bending Strength Testing Machine

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