The following electrical and thermal testing capabilities on dielectric materials have been added to our already extensive polymer testing scope: Capacitance, Dissipation Factor and Dielectric Constant Dielectric Strength Volume and Surface Resistivity Specific Heat Capacity Thermal Conductivity (read more)

The need for true Thermal Shock testing has been expanding rapidly due, in part, to the enormous competitive pressures existent, particularly within the general electronics industry. (read more)

The Integra family of hot plates was designed to provide an affordable yet reliable approach to conductive thermal testing. They not only offer the lowest purchase cost but the high quality construction assures the lowest cost of ownership. (read more)

The need for true Thermal Shock testing has been expanding rapidly due, in part, to the enormous competitive pressures existent, particularly within the general electronics industry. The utilization of these latest technological advances for applications in medicine, computer technology, space exploration, defence research, even the automotive industry, are testimony to the increased... (read more)

Purchasing a liquid thermal shock chamber needs close consideration of the long term operating costs. The specialized liquids used can easily evaporate, causing the loss of thousands of dollars of fluid per year, if not properly contained. (read more)

CSZ's VTS-1 Compact Thermal Shock Chamber offers 1ft³ of interior workspace volume, superior performance, and small footprint coupled with many standard features to provide exceptional value. The lower chamber also contains both heating/cooling and may be programmed and operated as a separate temperature cycling chamber for greater return on investment. (read more)

Master Bond has developed, a two component sealing, potting, encapsulation and casting epoxy EP110F6. It exhibits superior resistance to thermal cycling and shock and passes the Navy "Hex Bar" test, MILI-16923C. EP110F6 resists a wide range of chemicals, elongation is 102%, Shore D hardness is 65, resistivity >1015 ohm-cm, CTE is 80-90 in/in x 10-8/C and dielectric strength >440 volts/mil. (read more)

Available in single or double load designs - 100, 250 and 300 litre test volume capacities - and now their 30 litre Baby Shock model. (read more)

Designed to meet the requirements of MIL-STD 883C, Method 1011, Conditions A, B, and C. Liquid thermal shock chambers are complete with microprocessor, dual channel controller, and energy saving non-bucking refrigeration system. (read more)

ESPEC developed the TSD-100 with an interior of 28"x16", while strictly limiting the overall size of the system. The footprint is reduced by 40%, as well as lowering power demand by 60% (compared to our ETS4-2CW model). (read more)