Thermal Shock Chamber

Hot and Cold Impact Testing Equipment, Air Cooled Thermal Shock Test Chamber Application: Hot and Cold Impact Testing Equipment, Air Cooled Thermal Shock Test Chamber is used to test the capability of material structure or composite materials to withstand the continuous environmental changes between extremely high temperature and low temperature during a short period, and therefore understand the chemical changes or physical damages caused by expansion from heat and

Air to Air High Low Temperature Shock Tester/Thermal Shock Chamber Product Description Thermal Shock Chamber used to test the material structure or composite material in an instant by the extremely high temperatures and very low temperature continuous environment which can endure the degree of order in the shortest possible time to test its thermal expansion and contraction caused by chemical changes physical harm. The applicable the object material, including metals,

Air to Air Thermal Shock Test Chamber for Cold Hot Shock Test Technical Parameters Model TS-49(A~C) TS-80(A~C) TS-150(A~C) Internal Dimension WxHxD (mm) 400x350x350 500x400x400 600x500x500 External Dimension WxHxD (mm) 1400x1800x1400 1550x1950x1550 1600x2000x1700 Temperature Range of Testing zone Type A:-40 °C~+150°C ( 200°C is Optional) Type B:-55°C ~+150°C ( 200°C is Optional ) Type C:-65°C ~+150°C ( 200°C is Optional) High temperature Range of Testing zone: +60ºC~+150ºC (

TS-150-C Three Boxes Environmental Climatic Thermal Shock Test Chamber Quick high temperature teperature change stability shock test Application: TS-150-C Three Boxes Environmental Climatic Thermal Shock Test Chamber is used to test the capability of material structure or composite materials to withstand the continuous environmental changes between extremely high temperature and low temperature during a short period, and therefore understand the chemical changes or physical

High Low Temperature Thermal Shock Chamber Shock Test Chamber of lab equipment Corresponding Standard GB11158 GB10589-89 GB10592-89 GB/T10586-89 GB/T2423.22-2001 GB/T2423.1-2001 GB/T2423.2-2001 GB/T2423.3-93 GB/T2423.4-93 ASTM D1735 EIA - 364-59 IEC60068-2-1.1990 IEC60068-2-2.1974 IEC 68-2-30 IEC68-2-03 EIA - 364-31C Technical parameters: Model TS-49(A~C) TS-80(A~C) TS-150(A~C) TS-252(A~C) TS-450(A~C) Internal Dimension WxHxD ( mm) 400x350x350 500x400x400 600x500x500

Economic Testing Specific about High Low Temperature Thermal Shock Chamber​: GB/T 2431.1-2001 Testing A: Low temperature testing method GB/T 2431.2-2001 Testing B: High temperature testing method GJB 150.3-1986: High temperature GJB 150.4-1986: Low temperature IEC68-2-1 Test A: Cold IEC68-2-2 Test A: Dry GB 11158 High and low temperature test term GB/T 2423.2 < Electrolic products

Corresponding Standard GB11158 GB10589-89 GB10592-89 GB/T10586-89 GB/T2423.22-2001 GB/T2423.1-2001 GB/T2423.2-2001 GB/T2423.3-93 GB/T2423.4-93 ASTM D1735 EIA - 364-59 IEC60068-2-1.1990 IEC60068-2-2.1974 IEC 68-2-30 IEC68-2-03 EIA - 364-31C : Model TS-49(A~C) TS-80(A~C) TS-150(A~C) TS-252(A~C) TS-450(A~C) Internal Dimension

Climatic High Low Temperature Thermal Shock Chamber (Hot , cold impact testing machine) Heating shock tester (Hot cold impact testing machine) technical parameters: Model TS-42 (A~C) TS-80 (A~C) TS-150 (A~C) TS-252 (A~C) TS-450 (A~C) Internal Dimension WxHxD ( mm) 400x350x350 500x400x400 600x500x500 700x600x600 800x750x 750 External Dimension WxHxD (mm) 1400x1800x 1400 1550x1950x 1550 1600x2000x1700 1700x2100x1750 1800x2200x 1900 Temperature Range of Testing zone Type A:-40

Factory Factory Technical parameters: Model TS-49(A~C) TS-80(A~C) TS-150(A~C) TS-252(A~C) TS-450(A~C) Internal Dimension WxHxD ( mm) 400x350x350 500x400x400 600x500x500 700x600x600 800x750x750 External Dimension WxHxD (mm) 1400x1800x1400 1550x1950x1550 1600x2000x1700 1700x2100x1750 1800x2200x1900 Temperature Range of Testing zone Type

Corresponding Standard GB11158 GB10589-89 GB10592-89 GB/T10586-89 GB/T2423.22-2001 GB/T2423.1-2001 GB/T2423.2-2001 GB/T2423.3-93 GB/T2423.4-93 ASTM D1735 EIA - 364-59 IEC60068-2-1.1990 IEC60068-2-2.1974 IEC 68-2-30 IEC68-2-03 EIA - 364-31C Technical parameters: Model TS

Features: 1.It is divided into three zones: high temperature zone, low temperature zone, and testing zone. The test sample is in static mode. 2.Environmental Programmable Simulation Liquid Type Thermal Shock Test Chamber Using touch-control graph control as operation interface, easy to operate. 3.Applying wind route conversation to the shock method to distribute temperature to the testing zone

-65℃ ~+150℃ Thermal Temperature Shock Testing Chamber for PCB Board Application: High Low Temperature Shock Testing Chamber, TS-80(A~C) Thermal Shock Chambers is used to test the capability of material structure or composite materials to withstand the continuous environmental changes between extremely high temperature and low temperature during a short period, and therefore understand the chemical changes or physical damages caused by expansion from heat and contraction from

2-Zone Temperature Thermal Shock Cycling Test Equipment Machine Chamber Price Two zone hot and cold thermal shock camera with basket lifter (-60c to 150c) is used to test the bearing extent of the material structures and composite material in an instant and continuous high temperature and extremely low temperature environment, which is in the shortest time to test its thermal expansion and contraction caused by chemical change or physical harm. The equipment is widely used in

Customized Programmable Thermal Shock Chamber with -65℃ ~ +150℃ Temp CE ISO SGS Application: Customized Programmable Thermal Shock Chamber with -65℃ ~ +150℃ Temp CE ISO SGS is used to test the capability of material structure or composite materials to withstand the continuous environmental changes between extremely high temperature and low temperature during a short period, and therefore understand the chemical changes or physical damages caused by expansion from heat and

Thermal Shock Stability Test Chamber TS-80-C.pdf Why need to do thermal shock test? Thermal shock is a type of rapidly transient mechanical load. By definition, it is a mechanical load caused by a rapid change of temperature of a certain point. It can be also extended to the case of a thermal gradient, which makes different parts of an object expand by different amounts. This differential expansion can be more directly understood in terms of strain, than in terms of stress,