Split Hopkinson Tension Bar (ZDSHTB-20)



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Keywords:

Split Hopkinson Bar

Split Hopkinson Tension Bar (ZDSHTB-20)



luoxiao@zonede-instruments.com

Keywords:

Split Hopkinson Tension Bar

Products Detail

Split Hopkinson Tension Bar (ZDSHTB-20)



An advanced equipment dedicated to testing material dynamic mechanical properties under high strain rate tensile impact. 

Core Positioning 

It precisely captures dynamic stress-strain curves, providing reliable data for automotive collision safety, aerospace, and other fields, and supports new material R&D and product optimization.

 

 

Application Areas

Core Positioning

 

Research on material dynamic tensile properties

Core Positioning

 

Fracture and failure analysis of materials under high-speed impact

Core Positioning

 

Automotive collision safety and aerospace structure impact resistance evaluation

Core Positioning

 

Calibration of dynamic constitutive models under tensile loading for new materials

 

Test Materials 

Metallic materials, composite materials and fibers, biological soft tissues, polymers and soft materials, brittle and low-impedance materials, etc.

Core Positioning

Metallic materials

Core Positioning

brittle and low-impedance materials

Core Positioning

polymers and soft materials

Core Positioning

composite materials and fibers

 

Core Parameters

Item

Specification

Model

ZDSHTB-20

Strain Rate Range

10²–10³ s⁻¹

Working Pressure

0.1–0.5 MPa

Bar Diameter

Φ20

Bar Material

High-strength spring steel (≥1900 MPa) / Superhard aluminum (≥440 MPa)

Straightness

0.05 mm/m

Data Acquisition

4 channels, 16-bit A/D, up to 4 MHz/channel

Temperature Environment (Optional)

-150°C ~ +1000°C

Equipment Dimensions

5900 mm × 750 mm × 1200 mm (L × W × H)

 

Core Advantages

Precise Testing:

Bar surface roughness and perpendicularity meet standards, ensuring reliable tensile impact experimental data.

Wide Adaptability: 

Can test various soft and hard materials to meet different industry tensile impact testing needs.

Efficient Operation: 

Auto-resetting impact bar; dedicated software supports rapid data processing and export.

Safe & Reliable:

Two-stage buffer design effectively absorbs tensile impact energy, ensuring equipment and personnel safety. 

 

Test Performance Video Demo

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