共找到 181 条与 冶炼设备 相关的标准,共 13 页
Core sampling is an acceptable way of obtaining a test specimen without destroying the usefulness of a cathode block. 4.1.1 Test specimens obtained by this guide can be used by producers and users of cathode blocks for the purpose of conducting the tests in Note 1 to obtain comparative physical properties. Sampling shall not weaken the cathode or increase the likelihood of premature failure. Extreme care shall be exercised when taking vertically drilled samples.1.1 This sampling guide was developed for carbon cathode blocks used in the production of aluminum, and details procedures for taking test samples from single cathode blocks. It covers equipment and procedures for obtaining samples from cathode blocks in a manner that does not destroy the block or prevent its subsequent use as originally intended. However, the user must determine the subsequent use of the sampled cathode blocks. Preferred locations for taking samples from single units of cathodes are covered in this guide. 1.1.1 Information for sampling of shaped refractory products, in general, is given in ISO 5022. This standard details the statistical basis for sampling plans for acceptance testing of a consignment or lot. Cathode blocks used in the production of aluminum have specific requirements of sampling, and while the staistical basis or sampling given in ISO 5022 applies, further or modified requirements may, also, apply. 1.2 SI units are the standard in this guide. 1.3 This standard does not purport to address all of the safety concerns, if any, associated with its use. It is the responsibility of the user of this standard to establish appropriate safety and health practices and determine the applicability of regulatory limitations prior to use. Note 1-The following ASTM standards are noted as sources of useful information: Test Methods C559, C611, C651, C747, C1025, C1039, and E1225.
Standard Guide for Sampling Plan and Core Sampling of Carbon Cathode Blocks Used in Aluminum Production
1.1 This sampling guide was developed for carbon cathode blocks used in the production of aluminum, and details procedures for taking test samples from single cathode blocks. It covers equipment and procedures for obtaining samples from cathode blocks in a manner that does not destroy the block or prevent its subsequent use as originally intended. However, the user must determine the subsequent use of the sampled cathode blocks. Preferred locations for taking samples from single units of cathodes are covered in this guide. 1.1.1 Information for sampling of shaped refractory products, in general, is given in ISO 5022. This standard details the statistical basis for sampling plans for acceptance testing of a consignment or lot. Cathode blocks used in the production of aluminum have specific requirements of sampling, and while the staistical basis or sampling given in ISO 5022 applies, further or modified requirements may, also, apply. 1.2 SI units are the standard in this guide. 1.3 This standard does not purport to address all of the safety concerns, if any, associated with its use. It is the responsibility of the user of this standard to establish appropriate safety and health practices and determine the applicability of regulatory limitations prior to use. Note 1-The following ASTM standards are noted as sources of useful information: Test Methods C559, C611, C651, C747, C1025, C1039, and E1225.
Standard Guide for Sampling Plan and Core Sampling of Carbon Cathode Blocks Used in Aluminum Production
Code for power design of non-ferrous metals smelters
本标准规定了冶炼设备的术语及其定义。 本标准适用于科研、工程设计文件、出版物中冶炼设备的称谓。
Smelting Equipment Terminology
この規格は,アーク炉(以下,炉という。)の実用的な試験における熱勘定の方式について規定する。
Method of heat balance for electric arc furnace
この規格は,連続鋼材加熱炉(以下,炉という。)の熱勘定の方式について規定する。
Method of heat balance for continuous reheating furnace for steel
Code for ventilation and fume purification design of aluminium smelters
Code for process design of acid-making from smelting gases
Applies to remelting and some refining processes of metals through direct resistance heating of conductive slag. To be read in conjunction with BS EN 60519-1
Specification for safety in electroheat installations - Particular requirements for electro-slag remelting furnaces
Microcomputer optimum controller of melting process in cupola
Determination and Calculation Method of Heat Balance of Heavy Nonferrous Metallurgy Furnace (Copper Refining Reverberatory Furnace)
Determination and calculation method of heat balance of heavy non-ferrous metallurgical furnace (copper smelting reverberatory furnace)
Blast Furnace Bellless Top Charging Equipment
Main parameters of blast furnace equipment
Technical conditions of blast furnace shell
Technical conditions of blast furnace shell
Technical specification for automatic quantitative pouring equipment for copper anode plate
Technical specification for rotary copper refining furnace
Specifications for anode lifting mechanism of aluminum electrolytic cell
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