GB/T 10067.415-2018 in English
VALIDBasic specifications for electroheating installations—Part 415:Aluminum annealing furnace
- Issued on:2018-12-28
- Implemented on:2019-07-01
- File Format:PDF
- Delivery:Via email within 1~3 business days
$214.00
《GB/T 10067.415-2018电热装置基本技术条件 第415部分：铝材退火炉》由TC121（全国工业电热设备标准化技术委员会）归口，主管部门为中国电器工业协会。
Introduction
Technical requirements and standard interpretation of aluminum annealing furnace
GB/T 10067.415-2018 "Basic Technical Conditions for Electric Heating Devices Part 415: Aluminum Annealing Furnace" is an important industry standard in China's standardization system, which aims to standardize the design, manufacture, testing and application of aluminum annealing furnaces. This article will provide an in-depth interpretation of the standard background, technical requirements, comparative analysis and implementation suggestions.
1. Background and significance of standard formulation
Aluminum annealing furnace is an indispensable key equipment in industrial production, mainly used for heat treatment of aluminum. With the continuous expansion of the application scope of aluminum alloys, the technical requirements for annealing furnaces are also constantly improving. The formulation of this standard is based on industry practical experience and technological progress, and clarifies the design specifications, performance indicators and safety requirements of aluminum annealing furnaces, providing a unified technical reference for the industry.
2. Comparison of standard frameworks
| Standard dimensions | GB/T 10067.415—2018 | Comparison standards |
|---|---|---|
| Scope of application | Aluminum annealing furnace, rated temperature $150~^{\circ}C\sim600~^{\circ}C$ | Other industrial electric heating equipment standards (such as GB/T 10067.4) |
| Technical requirements | Specify technical parameters such as heating elements, furnace structure, control system, etc. | General electric heating equipment standards do not subdivide special equipment requirements |
| Test methods | Including heating rate, temperature uniformity, surface temperature rise, etc. | Focus on general performance testing |
3. Interpretation of the core content of the standard
3.1 Terms and definitions
The standard clarifies key terms, such as working area size, maximum loading capacity, working temperature, etc., which provide a basis for subsequent technical requirements.
3.2 Product classification and model compilation
Annealing furnaces are divided into multiple varieties according to the furnace atmosphere and specifications (see Table 1), and the models are compiled according to JB/T 9691-1999. This classification method makes it easy for users to choose suitable equipment according to different needs.
3.3 Technical requirements
The technical requirements of the annealing furnace cover heating elements, furnace structure, control system and other aspects to ensure the stable operation of the equipment under normal use conditions. For example:
- Heating element life: divided into Class A (≥9000h), Class B (≥12000h), Class C (≥15000h).
- Temperature uniformity: Class A (±8℃), Class B (±5℃), Class C (±3℃).
4. Implementation suggestions
To ensure the efficient operation of the aluminum annealing furnace and meet the standard requirements, it is recommended that:
- Equipment selection: Select an annealing furnace with appropriate specifications and atmosphere type according to actual production needs.
- Installation and commissioning: Strictly follow the manufacturer's instructions for installation and conduct hot tests to verify performance.
- Maintenance management: Regularly check the heating elements, control system and sealing structure to extend the service life of the equipment.
5. Summary
GB/T 10067.415-2018 provides comprehensive technical specifications and implementation guidelines for the aluminum annealing furnace industry, which is of great significance to improving product quality and production efficiency. Enterprises should combine their own needs and strictly follow the standards for equipment selection, installation and maintenance to ensure the stability and reliability of production.
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