Extremely High Temperature Lab Furnace 1600° C

Very high Temperature Testing & Services in India | Measure India

We have extensive experience across a wide range of industries

Measure India Corporation Pvt Ltd is a trusted provider of mechanical or material testing lab services in India, serving in all major cities, including Hyderabad, Bangalore, Chennai, Mumbai, Delhi, Pune, Kolkata, Jamshedpur, Kanpur, Ahmedabad, Coimbatore, Vadodara, Surat, Visakhapatnam, Indore, Lucknow, Bhopal, Nagpur, Ludhiana, Jaipur, and many more. With over 20 years of experience, we specialize in tensile testing services, ensuring precise and reliable results for industries like automotive, aerospace, construction, and manufacturing. Our NABL-accredited laboratory follows international standards such as ASTM, ISO, and IS, delivering accurate tensile testing reports to meet industry requirements.

How High Temperature Testing Works – Process & Importance

Very High Temperature Tensile up to 1600℃ in a Universal Testing Machine (UTM) is a specialized mechanical testing process used to evaluate material behavior under severe thermal and load conditions. In this setup, the UTM is integrated with a high-temperature furnace capable of reaching and maintaining temperatures up to 1600 °C, along with high-temperature grips, extensometers, and protective insulation. This allows accurate tensile, compression, or creep testing while the specimen is exposed to extreme heat, closely simulating real service environments. Such testing helps in understanding strength retention, deformation, fracture characteristics, and thermal stability of materials at elevated temperatures.
This type of testing is widely used for advanced materials such as superalloys, ceramics, refractory metals, aerospace alloys, and high-temperature composites used in aerospace, power generation, nuclear, and metallurgical industries. Extreme high temperature UTM testing supports material qualification, R&D, failure analysis, and compliance with international standards, ensuring components can safely withstand extreme operating conditions without loss of structural integrity or performance.

High Temperature Testing – FAQs

1. What is extremely high temperature testing?

Extremely high temperature testing is a process used to evaluate how materials perform under elevated temperatures, typically above standard operating conditions. It helps determine thermal stability, strength, and durability.

2. Why is high temperature testing important?

High temperature testing ensures that materials can withstand extreme heat without failure. It is critical for safety, performance, and compliance in industries where materials are exposed to high temperatures.

3. What materials can be tested at high temperatures?

Fatigue testing is widely used in aerospace, automotive, construction, railways, and manufacturing industries where materials are subjected to cyclic loading.

4. What properties are measured during high temperature testing?

Key properties include thermal expansion, creep, oxidation resistance, tensile strength at elevated temperatures, and structural integrity.

5. What equipment is used for high temperature testing?

Specialized furnaces, high-temperature extensometers, and advanced Universal Testing Machines (UTM) with heating chambers are used for accurate testing.

6. What is creep testing in high temperatures?

Creep testing measures how a material deforms over time when exposed to constant stress at high temperatures. It is crucial for long-term performance analysis.

7. What industries require extremely high temperature testing?

Industries such as aerospace, power plants, automotive, steel manufacturing, and oil & gas rely on high temperature testing for material validation.

8. What standards are followed in high temperature testing?

Testing is conducted according to international standards like ASTM, ISO, and IS to ensure consistency and reliability.

Looking for High Temperature testing services in India? Get accurate, NABL-certified material testing with advanced Universal Testing Machines (UTMs) today!

Tensile Testing Gripping – Process & Importance

Very High Temperature tensile test

Very high temperature tensile testing at MIC Labs is carried out using advanced Universal Testing Machines integrated with high-temperature furnaces capable of reaching extreme temperatures up to 1600°C. This testing evaluates the tensile strength, yield behavior, elongation, and fracture characteristics of materials under severe thermal and mechanical conditions. Precise temperature control, uniform soaking, and high-temperature grips and extensometers ensure accurate and repeatable results even at extreme operating temperatures.

Very High Temperature Compression Tests

Very high compression testing is performed to evaluate the compressive strength, deformation behavior, and stability of materials under extremely high loads and, when required, at elevated or very high temperatures. In this test, a Universal Testing Machine or heavy-duty compression testing system is used with specially designed compression platens, fixtures, and alignment tools to ensure uniform load application and accurate results, even at very high force levels.

Very High Temperature Flextural Tests

At MIC Labs, very high temperature flexural tests are widely used for evaluating ceramics, refractories, superalloys, and advanced high-temperature materials for aerospace, power generation, metallurgical, and thermal processing applications. This testing supports material qualification, R&D studies, performance validation, and failure analysis by providing critical insight into bending behavior (3-point and 4 point) and structural stability under extreme thermal conditions.

Tensile Testing Gripping Process

Specimen Alignment & Placement

The test specimen is positioned correctly to ensure axial loading and prevent bending stresses.
Alignment tools or guides may be used for precision placement.

Grip Selection Based on Material & Shape

Different types of grips are used depending on the material, thickness, and specimen shape:

Wedge Grips – Self-tightening for metals and composites
Hydraulic Grips – Uniform pressure distribution for high-strength materials
Pneumatic Grips – Suitable for delicate materials like textiles and films
Vice Grips – Basic mechanical clamping for simple applications
Threaded/Pin Grips – Used for wires, rods, and rebar testing

Clamping the Specimen

The grips are tightened to prevent movement without damaging the specimen.
If required, serrated or textured grips enhance friction to prevent slippage.

Load Application & Monitoring

The UTM applies a controlled increasing tensile force to the gripped specimen.
Sensors monitor stress-strain behavior, ensuring precise measurements.

ooking for Compression and Flexural (3-point & 4-point) testing services in India? Get accurate, NABL-Certified material testing with advanced Universal Testing Machines (UTMs) today!

Compression and Flexural Testing – FAQs

1. What is extremely high temperature testing?

Compression testing evaluates how a material behaves under compressive load, helping determine its strength, deformation, and resistance to crushing. Measure India Corporation Pvt Ltd provides accurate and reliable compression testing services.

2. What is flexural testing?

Flexural testing measures a material’s ability to resist bending forces. It determines flexural strength and stiffness, which are critical for structural applications.

3. What is the difference between compression and flexural testing?

Compression testing focuses on a material’s ability to withstand crushing loads, while flexural testing evaluates performance under bending conditions. Both are essential for understanding overall material strength.

4. What materials can be tested using these methods?

Materials such as concrete, metals, plastics, composites, ceramics, and wood can be tested for both compression and flexural properties.

5. Why are compression and flexural tests important?

These tests ensure materials meet safety, durability, and performance standards, especially in construction and engineering applications.

6. What standards are followed for these tests?

Compression and flexural testing are conducted according to ASTM, ISO, and IS standards to ensure accuracy and global acceptance.

7. What equipment is used for compression and flexural testing?

Both tests are performed using Universal Testing Machines (UTMs) equipped with appropriate fixtures for compression and bending applications

8. Do you provide compression and flexural testing services?

Yes, Measure India Corporation Pvt Ltd offers advanced testing solutions with precise equipment, expert support, and reliable results for various industries.

Looking for Compression and Flexural (3-point & 4-point) testing services in India? Get accurate, NABL-Certified material testing with advanced Universal Testing Machines (UTMs) today!

How High Temperature Testing Works – Process & Importance

At MIC Labs, maintaining a well-structured Quality sample preparation plays a key role in generating accurate and repeatable test data. Keeping this in view, MIC Labs initiated the establishment of its own sample preparation workshop in 2023. Over time, we have developed a state-of-the-art machining center to extract, prepare, and polish test specimens according to various ASTM, ISO, and IS testing standards.

Our experienced machinists are highly skilled in preparing specimens with tight tolerances as required by the aerospace, defense, manufacturing industries, crucial research projects, and academic programs.

The in-house workshop has also enabled MIC Labs to undertake high-volume testing contracts while ensuring quality and timely deliverables.

Measure India Corporation performs advanced mechanical testing under extreme elevated temperatures approaching 1600 degrees centigrade using furnace-integrated universal testing systems. The laboratory follows internationally accepted methods such as ASTM E21 and ISO 6892-2 to ensure precise temperature uniformity, controlled strain rates, and accurate high-temperature extensometry. These capabilities support the evaluation of superalloys, refractory steels, ceramics, and aerospace components where material behavior must be verified under real service conditions with reliable, traceable results.

High Temperature Testing Sample Preparation-FAQS

1. What is high temperature sample preparation?

2. Why is sample preparation important for high temperature testing?

2. What is flexural testing?

3. What materials require high temperature sample preparation?

Materials such as metals, alloys, ceramics, composites, and superalloys used in extreme environments require specialized preparation for high temperature testing.

4. What are the key steps in sample preparation?

Key steps include cutting, machining, polishing, cleaning, and ensuring correct dimensions as per testing standards before subjecting the sample to high temperatures.

5. What standards are followed in high temperature sample preparation?

Preparation is carried out according to ASTM, ISO, and IS standards to ensure consistency, accuracy, and global acceptance of results.

6. What equipment is used for sample preparation?

Specialized cutting machines, polishing equipment, furnaces, and precision tools are used to prepare samples suitable for high temperature testing conditions.

7. How does improper sample preparation affect test results?

Incorrect preparation can lead to inaccurate results, premature failure, and unreliable data, especially in high temperature environments where material behavior is sensitive.

8. Do you provide high temperature sample preparation services?

Yes, Measure India Corporation Pvt Ltd offers expert high temperature sample preparation services to ensure precise and dependable testing outcomes.

Looking for High Temperature testing services in India? Get accurate, NABL-certified material testing with advanced Universal Testing Machines (UTMs) today!

Explore More Testing Services

We have extensive experience across a wide range of industries

Tensile Test

Tensile testing from -189°C to 300°C, including compression and three-point bend evaluation for complete material performance analysis.

Fatigue Test

High and low cycle fatigue testing evaluates material durability under repeated loading, identifying fatigue life, crack initiation, and failure behavior.

Creep Test

Creep & Stress Rupture Test Creep & Stress Rupture: Creep is slow deformation under constant stress, while stress rupture is sudden failure after prolonged stress exposure

Rebar Test

Rebar Test Rebar Strength Testing Tensile Load Check Yield Stress Analysis Elongation Measurement Test

Metallography

Metallography Structure Analysis Microstructure Evaluation Process Grain Size Measurement Material Phase Identification

Chemical Analysis

Chemical Composition Analysis Elemental Content Testing Material Purity Check Alloy Verification Process

NABL Certificate

AS9100 Certificate

DGAQA Certificate

UDYAM Certificate

Accredited by NABL

(National Accreditation Board for Testing and Calibration Laboratories – India)

Our laboratory is accredited by NABL as it meets international standards for quality and competence. It operates in accordance with ISO/IEC 17025:2017.

AS9100:2016 Certified

MIC Labs is certified by IAS in accordance with AS9100:2016.

DGAQA Approved

Approved for aerospace and defense testing.

UDYAM Registered

Recognized as MSME in India.

Why Choose Us

We have 20 years of experience in providing material testing systems and offering testing services with great confidence.

Mechanical Testing Lab Services & Universal Testing Machines Suppliers in India

“With over 20 years of experience, Measure India Corporation Pvt Ltd supplies Universal Testing Machines & mechanical testing services, ensuring precision, reliability, and compliance with ASTM, ISO, and global standards across various industries.”