News

Unleashing Strength: The 3000kN Computerized Hydraulic Horizontal Tensile Testing Machine

Unleashing Strength: The 3000kN Computerized Hydraulic Horizontal Tensile Testing Machine

In industries like construction, aerospace, and manufacturing, materials must meet stringent strength and durability requirements. Testing the tensile strength of large specimens such as cables, rods, and beams is crucial for ensuring their reliability in critical applications. Enter the 3000kN Computerized Hydraulic Horizontal Tensile Testing Machine—a powerhouse of precision and performance designed for large-scale tensile testing.

What is a 3000kN Computerized Hydraulic Horizontal Tensile Testing Machine?

This advanced testing system evaluates the tensile strength of heavy and large materials that cannot be tested with vertical machines. Featuring a robust hydraulic system, a computerized control interface, and horizontal alignment, it is ideal for testing:

• Steel cables and wires

• Reinforcing bars (rebars)

• Structural rods

• Metal and composite beams

The machine’s 3000kN capacity (approximately 306 tons) makes it suitable for high-stress materials, delivering precise results while maintaining operator safety.

Key Features

1. High Capacity:

• Can apply up to 3000kN of force, ensuring the machine handles even the toughest materials.

2. Horizontal Design:

• Accommodates long and heavy specimens, making it ideal for cables and structural components.

3. Computerized Control:

• Equipped with advanced software for setting test parameters, real-time data acquisition, and automatic result generation.

4. Hydraulic Loading System:

• Provides smooth, stable force application for consistent and accurate results.

5. Gripping Mechanism:

• Specialized hydraulic or wedge grips securely hold specimens without slippage.

6. Compliance with Standards:

• Meets international test standards like ISO 6892, ASTM E8, and GB/T 228.1.

Applications

The 3000kN computerized hydraulic horizontal tensile testing machine is widely used across industries:

• Construction: Testing steel rebars and cables for structural integrity.

• Aerospace: Evaluating tensile properties of metal beams and components.

• Energy: Assessing performance of conductors, wires, and other high-stress materials in power systems.

• Manufacturing: Quality control for large-dimension raw materials like rods and plates.

How Does It Work?

1. Specimen Preparation:

• Select a test specimen with appropriate dimensions as per the test standard.

• Ensure the specimen surface is clean and free of defects.

2. Setup and Mounting:

• Align the specimen horizontally between the machine’s grips.

• Adjust the grips to securely hold the specimen without causing stress concentration.

3. Parameter Input:

• Use the software interface to input test parameters such as load range, elongation limits, and test speed.

4. Testing Process:

• Activate the hydraulic system to apply tensile force.

• The machine measures elongation, yield strength, tensile strength, and breaking force in real-time.

5. Data Collection and Analysis:

• The computerized system records force-displacement curves and generates detailed test reports.

6. Specimen Removal:

• Once the test is complete, release the grips and safely remove the specimen.

Advantages of Computerization

• Precision: Digital controls allow for precise application of force and accurate measurement of specimen behavior.

• Automation: Test cycles, data collection, and result reporting are automated, reducing operator error.

• User-Friendly Interface: Intuitive software enables easy parameter configuration and report generation.

• Real-Time Monitoring: Observe force, elongation, and stress-strain curves live during the test.

Compliance with International Standards

The 3000kN horizontal tensile testing machine adheres to global standards, ensuring test results are universally accepted.

• ISO 6892: Metallic materials tensile testing.

• ASTM E8: Tensile testing of metals.

• GB/T 228.1: Tensile testing for metallic materials in China.

Why Horizontal Testing?

Traditional vertical machines struggle to accommodate long or heavy specimens, leading to misalignment or instability. A horizontal design resolves these issues by:

• Providing stable support for extended specimens.

• Eliminating bending forces caused by specimen weight.

• Allowing easy loading and unloading of large samples.

Enhancing Productivity with Jinan Wangtebei Instruments

At Jinan Wangtebei Instruments, we offer state-of-the-art 3000kN Computerized Hydraulic Horizontal Tensile Testing Machines that redefine precision and performance. With advanced features, robust construction, and exceptional reliability, our machines are trusted by industries worldwide.

Conclusion

The 3000kN Computerized Hydraulic Horizontal Tensile Testing Machine is a game-changer for large-scale material testing. Its powerful hydraulic system, horizontal design, and computerized control make it the go-to solution for testing the tensile strength of heavy and long specimens. By investing in this technology, industries can ensure their materials meet the highest quality and safety standards.

Ready to Elevate Your Testing Capabilities?

📞 Contact Us Today

• Phone: +86 18615632092

• Email: sophie.guojl@hotmail.com

• Website: www.wtbte.com

💻 Explore Our Full Range of Testing Machines
Visit our website to learn more about our solutions and discover how we can enhance your testing capabilities.

JBW 500J computer charpy impact tester, 100kg tension testing system, film peeling force tensile test equipment