ASTMC177 ISO8302 Double Plate High Temperature Thermal Conductivity Tester

Product Specification

ASTMC177 ISO8302 Double Plate High Temperature Thermal Conductivity Tester

ASTM C177 ISO 8302 Thermal Conductivity Tester Introduction:

The dual-plate thermal conductivity meter is a high-precision testing device based on the steady-state protective hot plate method, widely applicable for the accurate measurement of the thermal conductivity of various insulation materials. This instrument features a wide temperature control range (-160℃ to 800℃), adaptable to both soft materials (such as fibers, foams, and felts) and rigid materials (such as sheets, ceramics, and composites), and boasts excellent testing accuracy, a convenient sample clamping mechanism, and a fully automated testing process. The system employs computer intelligent control, adjusting temperature and power in real time, automatically determining thermal steady state, and generating complete and compliant test reports according to user requirements.

Its working principle strictly follows a unidirectional steady-state thermal conductivity model. Two symmetrical samples are placed between a central hot plate and two cold plates on either side. After the temperature difference between the hot and cold surfaces reaches a strictly stable state, the thermal conductivity of the material is directly calculated by accurately measuring the electrical power input to the hot surface, the temperature difference between the two sides of the sample, and the thickness. The instrument employs a dual high-precision internal and external protective temperature control system and a unique protective temperature difference measurement structure, effectively ensuring one-dimensional heat transfer along the thickness direction, greatly eliminating lateral heat loss, and guaranteeing the reliability and repeatability of measurement results.

This instrument complies with domestic and international standards such as ISO 8302, ASTM C177, and GB/T 10294-2008 "Determination of Steady-State Thermal Resistance and Related Properties of Insulation Materials—Protective Hot Plate Method." Due to its rigorous methodology and accurate results, it is widely recognized as the arbitration and absolute method in the field of thermal conductivity determination, and is widely used in scientific research, quality inspection, production, and engineering evaluation.

ASTM C177 ISO 8302 Thermal Conductivity Tester standard:

ASTM C177 ISO 8302 Thermal Conductivity Tester Parameters:

ASTM C177 ISO 8302 Thermal Conductivity Tester Application:

Insulation materials: Polyurethane, extruded board, styrene board, rock wool board, carbon felt, perlite, phenolic board, cork, rubber and plastic mineral wool, glass wool, glass fiber, etc.
Multilayer materials: Insulation paper, insulation aluminum foil, aluminized polyester film-foam plastic-aluminized polyester film, aluminum foil composite light board, etc.
Refractory materials: Refractory clay bricks, silica bricks, anti-carburization bricks, lightweight high-alumina bricks, aluminum silicate fibers, diatomaceous earth products, cement vermiculite products, asbestos boards, slag wool, etc.
Foam materials: Polyethylene foam, polyvinyl chloride foam board, polypropylene foam board, foam glass, foam cement board, foam ceramic board, foam concrete, etc.
Aerogel: Aerogel felt, nanoporous aerogel composite insulation material, aerogel particles, aerogel glass, aerogel ultra-thin interlayer clothing, etc.
Building insulation materials: Lightweight concrete, inorganic insulation mortar, ceramic insulation board, phenolic resin composite board, hard polyurethane board, wood fiber products, etc.