Pipes transporting hot or chilled water, steam and chemicals are all subject to varying internal temperatures – as well as significant thermal expansion. While a flexible stainless steel hose and braid assembly is excellent for absorbing lateral offset and angular movement, it's not designed for axial compression or torque. (read more)

Thermal Vacuum Testing

E-Labs has performed numerous life cycle tests on ballistic materials along with electronic systems used int he aerospace industry. We have met the needs of our customers' products over long periods of time, up to 18 months in some cases. Aging materials with check points to verify performance and construction integrity.

Accelerated aging with real ... (read more)

Solar Radiation Testing

The climatics department of E-Labs offers a wide range of chamber sizes from 2 to 3,500 cubic feet. All chambers are equipped with digital controllers that allow for safe and accurate operation at any temperature or humidity level. (read more)

We have over 20 chambers ranging from 2 cubic feet to 3,500 cubic feet.

Large walk-in temperature humidity chambers.

Capabilities for performing rain, wind and rain, and drip-proofing testing.

All chambers have microprocessor controllers and product savers. (read more)

Thermal chemistry analyses are used to determine melting points, coefficients of thermal expansion, glass transitions, solidus-liquidus and specific heat of various materials. (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)

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)

CTE Testing: Comparing co-efficient thermal testing for coated and uncoated medical implants

The testing was performed to determine the Coefficient of Thermal Expansion (CTE) for coated and uncoated titanium samples over multiple temperature ranges using strain gages. (read more)

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)

Expansion joints provide the ultimate vibration isolation and flexibility at the engine exhaust manifold. System expansion joints are required to absorb the thermal expansion of the piping. The sales and engineering departments at DME are eager to assist in selecting the proper expansion joints for your system. (read more)