-
E-mail
salse168@126.com,1095620207@qq.com
-
Phone
13607325732
-
Address
Innovation Building, Torch Innovation and Entrepreneurship Park, High tech Zone, Xiangtan City, Hunan Province
Product Categories
- Ceramic laboratory complete set of testing instruments and devices
- Building energy-saving, insulation (thermal insulation) material testing instruments and testing devices
- Laboratory testing instruments for glass, graphite, and refractory products
- Laboratory grinding and sample preparation equipment
- Functional testing instruments for plastics, rubber, and polymer composite materials
- Programmable box type electric furnace, vacuum atmosphere electric furnace, and special electric furnace baking equipment
- New electronic comprehensive testing machine
- Physical and chemical testing instruments and devices for highway cement, concrete, and soil
- Thermal experiment conduction, thermal physical performance analysis and testing instruments and devices
- Material thermal mechanical analysis, thermal expansion and contraction analysis instrument
Hunan Zhenhua Analytical Instrument Co., Ltd
GYH-A High Temperature Anti Oxidation Test Furnace
NegotiableUpdate on 05/05
- Model
- Nature of the Manufacturer
- Producers
- Product Category
- Place of Origin
Overview
GYH-A type high-temperature oxidation resistance test furnace is used to determine the oxidation resistance of magnesia carbon bricks and aluminum carbon bricks
Product Details
GYH-A High Temperature Anti Oxidation Test Furnace
This device is used for measuring the oxidation resistance of magnesia carbon bricks and aluminum carbon bricks.
Made according to the requirements of the national standard GB/T 13244 "Test Method for Oxidation Resistance of Carbon containing Refractory Materials" for the test furnace. The control system has excellent performance. Can automatically record test results.
Main technical parameters: Operating temperature (℃): 1650
Heating rate (℃/Min): 0-10
Insulation temperature accuracy (℃): ± 2
Flow range (L/min): 1-10
Similar Product Recommend
