Home
Company
Company Profile
History
Certificate
Factory
Products
Muffle Furnace Series
Tube Furnace Series
Drying Oven Series
New Products Series
Applications
Product Applications
Users' Paper
Customer Cases
Services
Videos
Download
News
Contact
中文 | English
Thermal Analysis Series
Joule Heat Rapid-Firing Furnace
High-Temperature Water-Oxygen Corrosion Testing Series
Box-Type Electric Furnace Series
Tubular Electric Furnace Series
Vacuum Brazing Furnace
Degreasing furnace
Automatic Feeding Rotary Sintering Furnace
Industrial Furnace Series
Non-standard customization
Paper Award – Contact Angle
Paper Award – Deformation Instrument
Paper Award – PECVD
Paper Award – Water-Oxygen Corrosion
Precautions for the Use of Vacuum High-Temperature Sintering Furnaces and Related Safety Operating Procedures
Precautions for Operating a Vacuum High-Temperature Sintering Furnace I. Pre-Operation Preparations 1. Safety Inspection: Before use, ensure that the vacuum high-temperature sintering furnace and its surrounding area are free of flammable and explosive materials, and verify that the electrical wiring is intact and the grounding is reliable. 2. Equipment Cleaning: Ensure that the interior and surroundings of the furnace chamber are free of dust, impurities, and other contaminants to guarantee sintering quality.
23
2024
/
07
What is a box-type resistance furnace used for? What are the advantages and disadvantages of a box-type resistance furnace?
Box-type resistance furnaces are widely used in both laboratory settings and industrial production, primarily for conducting small-scale experiments and for processes such as material sintering, annealing, ashing, and tempering. Their design comprises key components including the furnace shell, furnace chamber, heating elements, temperature-sensing elements, and control instrumentation, ensuring reliable performance and versatile applicability across a range of material-processing and quality-testing applications.
17
What are the main applications and technical challenges of high-temperature furnaces exceeding 2,000°C?
High-temperature furnaces operating at temperatures exceeding 2,000°C are primarily used in materials science, chemical synthesis, nanotechnology, and energy research, among other fields. Key technical challenges include the selection and protection of refractory materials, the precision of temperature control, and the mitigation of environmental pollution and energy consumption.
15
High-temperature sintering furnace—bell-type furnace—is primarily used for high-temperature experiments, sintering, heat treatment, and other processes.
The high-temperature sintering bell-type furnace is a powerful and widely used industrial equipment that can meet a variety of high-temperature processing and experimental requirements. During operation, it is essential to select the appropriate furnace model and process parameters based on actual conditions to achieve optimal production efficiency.
12
An optical thermal expansion meter is a powerful testing instrument.
Optical thermal expansion instruments are primarily used to measure the thermal expansion behavior of materials during heating, thereby determining key parameters such as the coefficient of thermal expansion. These parameters are essential for studying the thermal stability and performance changes of materials in materials engineering, civil engineering, and physical experiments.
Product Features, Application Areas, and Pricing of Stainless Steel Energy-Saving Box-Type Electric Furnaces
Product Features, Application Areas, and Pricing of Stainless Steel Energy-Saving Box-Type Electric Furnaces I. Product Features 1. High Efficiency and Energy Savings Stainless steel energy-saving box-type electric furnaces employ advanced heating technology and high-efficiency insulation materials to ensure rapid heat transfer and minimize heat loss, thereby achieving highly efficient heating performance. Equipped with an intelligent temperature-control system, these furnaces enable precise regulation of heating temperature and duration, meeting diverse process requirements while reducing energy waste.
11
What are the main application areas of rotary tube furnaces?
What are the main application areas of a rotary tube furnace? The main application areas of a rotary tube furnace can be summarized as follows: 1. Materials Science and Engineering: - Material sintering: Suitable for the sintering of various materials, such as ceramics and metal powders. High-temperature sintering can enhance material density, strength, and corrosion resistance. - Coating preparation: Can be used to deposit various coatings on substrate surfaces, including ceramic coatings and metallic coatings, to improve wear resistance, corrosion resistance, and aesthetic appearance. - Chemical reactions: Its high-temperature environment can facilitate chemical reactions, such as the synthesis of new materials and the preparation of catalysts.
09
Technical Documentation on Exhaust Gas Combustion, Pyrolysis, and Purification Furnaces—Shared by a Rubber-Debinding Furnace Manufacturer
With the rapid advancement of industrialization, exhaust emissions have increasingly become a focal point of environmental protection. The exhaust combustion–cracking purification furnace, as an efficient exhaust treatment device, can effectively reduce the emission of harmful substances and safeguard the ecological environment. This document aims to provide a detailed overview of the operating principle, structural features, operation and maintenance, and future development prospects of the exhaust combustion–cracking purification furnace.
A Buyer’s Guide to Atmosphere Tube Furnaces and Their Applications
Selection of Atmosphere Tube Furnaces 1. Brand Selection: When purchasing an atmosphere tube furnace, priority should be given to brands with a strong reputation and reliable service. International brands offer assured product quality but tend to be more expensive. Domestic brands such as Abison, Nefu, Hengwen, and Sankeshu are also excellent choices; these brands’ tube furnaces feature stable performance and robust after-sales support.
03
Which is more suitable for materials research and development: a box furnace or a tube furnace?
Which is more suitable for materials research and development: a box furnace or a tube furnace? Both box furnaces and tube furnaces have their own application scenarios and advantages in materials R&D; the choice between the two depends on the specific R&D requirements. Box furnaces have a relatively large heating area and are typically used to heat large-scale objects such as steel plates and for quenching, making them well-suited for large-scale production applications—for example, pre-furnace heating in the steel and metallurgical industries, or steel plate heating in shipbuilding. This type of furnace has a relatively simple structure, high reliability, and is easy to maintain. However, the heating in a box furnace may be less uniform, its adaptability is relatively limited, and it usually can only heat a single material at a time.
28
06