This instrument is suitable for determining the maximum value of porous ceramic capillary pipes according to GB/T1967-1996 "Test Method for Porous Ceramic Aperture Diameter".

The DHF8 multi-element rapid analyzer adopts a unique method of linear expansion and sensitivity improvement, which solves the problem that the high component content will deviate from the linearity and the sensitivity of the low component content will be poorly analyzed by ordinary photometric method.

Instrument use: Used to measure the thermal shock resistance of refractory products.
Instrument structure: composed of a host and a control cabinet.
Control method: This experimental furnace adopts instrument control, with accurate and reliable temperature control, and simple and convenient operation; This machine has a high degree of automation and can complete various tasks such as automatic heating, insulation, and soft shutdown. It can achieve automatic control throughout the entire process, semi-automatic recording of thermal shock times, equipped with testing software, and can be connected to computer control and data processing.
Safety performance: Equipped with alarm devices for couple breakage, rod breakage, overcurrent, and overvoltage, with accident alarm and leakage pro

This instrument is applicable to the high-temperature thermal shock resistance of aluminum silicate refractory materials, alkaline refractory materials, siliceous refractory materials, insulation refractory materials, amorphous refractory materials, and other high-temperature materials.

It is a testing equipment suitable for the thermal shock resistance of ceramic tiles. It has functions such as automatic temperature and time control, automatic test cycle control, and timing.
This equipment is reliable in operation, simple in operation, accurate in data, and has two functions: manual and automatic.

This instrument is a specialized equipment for measuring the thermal shock resistance of ceramic tiles. It meets the requirements of GB/3810.9-2016 and ISO10545-9:2013 for the determination of thermal shock resistance of ceramic tiles, as well as GB/T3298-2008 for the determination of thermal shock resistance of daily use ceramic ware. Based on the water absorption rate of ceramic tiles being less than 10%, the immersion method is used for testing the thermal shock resistance and thermal stability of glass and other silicate products and refractory materials. Equipped with electric lifting and lowering device.

This instrument meets the GB/T3298-2008 method for measuring the thermal shock resistance of household ceramics, and is suitable for measuring the thermal stability and thermal shock resistance of household ceramics.

This instrument is suitable for the determination of static elastic modulus of engineering ceramics, fine ceramics, and carbon materials for aluminum at room temperature. Measured using the three-point bending loading method. This machine is composed of hydraulic loading system, deformation measurement system, pressure measurement system and computer measurement and control system. The deformation measurement system uses high-precision displacement sensors to measure micro-strain; the pressure measurement system uses high-precision pressure sensors and digital pressure gauges to measure; the three major measurement and control systems are all controlled by computers to realize automatic testing, data processing, and print out test reports.

This tester, which meets GB3002-82, GB/T13243-91, YB/T5201-93, is applicable to high temperature flexural and compressive test for refractory products, carbon-containing refractories, dense refractory castables, ceramic rolls and other ceramic and silicate products. It can test 3~4 samples at a time. Controlled by MCU, it’s hydraulically loaded, with features of automatic test, simple structure, stable force, convenient maintenance, and accurate & reliable data.

This equipment uses the vacuum method to measure the water absorption, apparent porosity, apparent relative density, and bulk density of daily ceramics, building sanitary ceramics, electric porcelain, and refractory materials.
It also can be used to determine the water absorption of bricks, cement products, refractory materials, etc.

It is a specialized instrument used to measure the density of non-metallic powder compacts such as ceramic tiles. It is composed of body, loading and unloading mechanism, indenter, sample support table and its lifting mechanism, and indentation depth measuring device. The indenter includes a variety of needle indenters, all made of stainless steel.

It is used for the impact test on the center of flatware and concave utensils, as well as the impact test on the edges of concave utensils. The sample can be glazed or unglazed. The impact test on the test center is used to measure: 1. The energy of one blow to produce the initial crack. 2. The energy required for complete crushing.