Technical notes, application guidance, standards commentary, and company updates for thermal and materials testing laboratories.
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The WQY thermal bimetal bending test system is designed in accordance with GB/T 8364-2008, Method for Measuring the Bending Constant of Thermal Bimetal. It measures relative bending, thermo-curvature,...
On October 26, 2016, we signed a purchase contract with Shanghai Songsun Special Metals Co., Ltd. for a thermo-bimetal bending tester, model WQY. After completing manufacturing and commissioning, the ...
Freeze drying removes water from high‑moisture materials by first freezing them into a solid state and then, under vacuum, allowing the ice to sublimate directly into vapor. Because the solid matrix i...
On November 27, 2016, Hunan Zhenhua Analytical Instruments Co., Ltd. signed a procurement contract with CRRC Qishuyan Institute of Locomotive and Rolling Stock Technology for a GYH-A high-temperature ...
Thermal expansion coefficient (CTE), glass transition temperature, and softening point are key parameters that define the performance of glass materials. A push-rod dilatometer provides a straightforw...
This standard specifies a bending resonance method for evaluating the damping properties of acoustic materials. It is aligned with internationally recognized methodologies to ensure comparability and ...
The DIL 0809 PC series measures dimensional change of a sample as a function of temperature or time under a programmed thermal profile with near-zero applied load. It is suitable for solids, molten me...
The DIL 0809 PC high-precision dilatometer integrates multiple performance advantages in a compact, refined form factor compared with the earlier PCY model. It is simple to operate, offers a wide appl...
Overview This transformation analyzer uses the dilatometry method to determine thermal expansion coefficients, critical (softening) temperatures, and phase transformations of metals, ceramics, refract...
Overview Thermal conductivity is a key parameter for characterizing material physical properties. Industries such as aerospace, nuclear energy, construction, and non-metallic materials require predict...
A thermal conductivity tester measures the thermal conductivity of materials such as plastics, glass, fibers, and foams. Typical users include materials testing laboratories, research institutes, fact...
This article introduces a high-temperature specific heat capacity tester for solid materials and outlines its key specifications and application scope. Main technical specifications: - Temperature ran...
This article outlines the standard GB/T 4339-84, which specifies methods for determining the thermal expansion characteristics of metallic materials. Thermal expansion parameters, such as the linear t...
This article references the Chinese national standard GB/T 4966-1985, which specifies the test method for determining the tensile strength of domestic-use ceramics. While the original source provides ...
The DRX-I-RX thermal conductivity analyzer uses the hot-wire method to measure the thermal conductivity of refractory insulation products and granular or powdered materials. It supports both cross and...
This note summarizes the key specifications and applicable standards for the DRX-I-PB thermal conductivity tester that uses the guarded hot plate method. Measurement range: 0.01–2 W/(m·K). Maximum tem...
The high-temperature specific heat capacity tester is based on the mixed method and leverages modern computer-based measurement to automatically determine the specific heat capacity of solid materials...
A thermal conductivity meter for insulation materials is used to determine the thermal conductivity of solid materials commonly employed in building and industrial insulation. Typical test specimens i...
China’s National Building Materials and Home Furnishing Prosperity Index (BHI) indicates that in January–June 2012, large-scale building materials enterprises recorded sales output of RMB 2.5 trillion...
This high-temperature thermal conductivity tester for insulating and graphite materials uses the direct-current longitudinal heat flow method to measure thermal conductivity at elevated temperatures. ...
A thermal conductivity meter based on the guarded hot plate method typically employs a dual-specimen measurement configuration with a guarded hot plate assembly comprising a heating unit and a cooling...
A dilatometer is used to characterize how materials change dimension with temperature. It provides quantitative insight into thermal behavior that is essential for materials development, quality contr...
A dilatometer measures dimensional change of a sample as a function of temperature or time under a defined temperature program, with near-zero applied load. It is suitable for solids, molten metals, p...
A thermal conductivity meter is used to measure the thermal conductivity of homogeneous, plate-like materials such as foamed concrete, mortar, plastics, rubber, glass, fibers, polystyrene boards, extr...
Thermal conductivity (or thermal resistance) is a primary thermal property of insulation materials and a key indicator of their performance. With increasing emphasis on building energy efficiency, acc...
Switching to a polycrystalline mullite fiber furnace body has significantly improved our thermal expansion measurement workflow. Because the furnace body itself neither absorbs nor conducts heat, the ...
Hunan Zhenhua will observe the National Day holiday in 2012. Normal operations will pause during the official holiday period and resume immediately afterward. For scheduling, deliveries, and support a...
This article summarizes the GB/T 3000-1999 standard for evaluating the permeability of refractory products. Permeability is a key property that reflects how easily gases pass through a refractory body...
This article outlines the applicable standard for determining the steady-state thermal resistance and related properties of insulation materials using the heat flow meter method, as defined in GB/T 10...
This article outlines the standard method for determining the softening point of epoxy resins in accordance with GB 12007.6-89. The softening point is a critical parameter used to evaluate the thermal...
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