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Cryogenic Environmental Chamber(ZDLC-150)

Category:

Environmental Modules & Accessories

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Environmental Modules & Accessories

Cryogenic Environmental Chamber(ZDLC-150)
Cryogenic Environmental Chamber(ZDLC-150)
Cryogenic Environmental Chamber(ZDLC-150)
Cryogenic Environmental Chamber(ZDLC-150)

Cryogenic Environmental Chamber(ZDLC-150)

Category:

Environmental Modules & Accessories

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luoxiao@zonede-instruments.com

Keywords:

Low-Split Hopkinson Experiment

Cryogenic Environmental Chamber(ZDLC-150)
Cryogenic Environmental Chamber(ZDLC-150)
Cryogenic Environmental Chamber(ZDLC-150)
Cryogenic Environmental Chamber(ZDLC-150)

Products Detail

Cryogenic Environmental Chamber(ZDLC-150)

Core Positioning 

The ZDLC-150 Cryogenic Environmental Chamber is designed for cryogenic material testing in conjunction with Split Hopkinson Bar systems. It provides a stable and uniform low-temperature environment down to -150°C using liquid nitrogen cooling, enabling dynamic mechanical testing of materials under controlled cryogenic conditions.

 

 

Typical Applications

Core Positioning

 

Cryogenic Hopkinson Bar Testing


Provides a controlled low-temperature environment for Split Hopkinson Pressure, Tension Bar experiments. 

Core Positioning

 

Low-Temperature Materials Research


Investigation of the dynamic mechanical behavior of metals, composites, polymers, and brittle materials under cryogenic conditions.

 

Compatible Systems

Split Hopkinson Pressure Bar (SHPB)
·  Split Hopkinson Tension Bar (SHTB)
·  Split Hopkinson Tension and Compression Bar(SHB)

 

Technical Specifications

Parameter

Specification

Model

ZDLC-150

Temperature Range

-150°C to Room temperature

Refrigerant

Liquid nitrogen

Temperature Control Accuracy

±1°C

Control System

Programmable PID Temperature Controller

Chamber Material

Stainless Steel

Temperature Uniformity

Forced Air Circulation System

 

Key Features

Cryogenic Cooling to -150°C


Liquid nitrogen cooling enables rapid and stable temperature reduction to -150°C, meeting the requirements of cryogenic material testing.

Precise Temperature Control


A programmable PID temperature control system provides ±1°C temperature accuracy, ensuring stable and repeatable testing conditions.

Uniform Temperature Distribution


A forced air circulation system maintains uniform temperature throughout the chamber, improving the consistency and reliability of experimental results.

Stable Cryogenic Environment


An insulated chamber with an optimized sealing structure maintains stable low-temperature conditions while reducing liquid nitrogen consumption during long-duration experiments.

 

 

 

 

Cryogenic Environmental Chamber(ZDLC-150)

 

 
 

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