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E-mail
786239548@qq.com
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Phone
1340202329918321667168
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Address
No. 155, Lane 1421, Zhuanxing East Road, Minhang District, Shanghai
Shanghai Boao Microwave Energy Equipment Co., Ltd
786239548@qq.com
1340202329918321667168
No. 155, Lane 1421, Zhuanxing East Road, Minhang District, Shanghai
Product • Introduction
Product introduction
Product Overview:
The material used in microwave molecular sieve drying equipment is, in a narrow sense, a crystalline silicate or aluminosilicate. It is a new product developed by our company, which is composed of silicon oxygen tetrahedra or aluminum oxygen tetrahedra connected by oxygen bridge bonds to form pore and cavity systems with molecular sizes (usually 0.3-2.0 nm). However, it has the characteristic of screening molecules. Molecular sieves are powdery crystals with a metallic luster, a hardness of 3-5, and a relative density of 2-2.8.
Microwave drying is a method of internal heating. Wet materials are in a microwave high-frequency electric field with a short oscillation period, and the water molecules inside will undergo biochemical reactions and arrange neatly along the direction of the microwave electric field. Then, they quickly rotate with the interaction of the high-frequency alternating electric field direction, and produce violent collisions and friction (up to billions of times per second). As a result, a part of the microwave energy is converted into molecular kinetic energy, which is manifested in the form of heat, causing the temperature of the water to rise and leave the material, thereby drying the material. That is to say, after microwaves enter the material and are absorbed, their energy is converted into thermal energy inside the dielectric of the material. So, microwave drying is a drying method that uses electromagnetic waves as a heating source and the dried material itself as a heating element. The microwave molecular sieve drying equipment uses this principle to dry and dry molecular sieves.
Molecular sieve microwave drying equipment has fewer supporting facilities, occupies less land, is easy to operate, and can operate continuously, which is conducive to automated production and enterprise management.
Related products include: kaolin microwave drying equipment, mixed powder microwave drying equipment, microwave mineral powder drying equipment, microwave bentonite drying equipment, and microwave chemical product drying equipment.
Perhaps you are interested in common questions about purchasing and using microwave equipment:
How to choose an industrial microwave equipment manufacturer?
Four steps to consider when choosing a microwave dryer
Why is the price of microwave equipment higher than other electric heating equipment
Routine maintenance and repair methods for microwave drying equipment
How to control the quality of microwave drying equipment?
Common six faults and solutions of microwave dryers
Technology • Parameters
Technical Parameters
| Product Specifications | Microwave molecular sieve drying equipment |
| input power | Three phase five wire 380V ± 10% 50Hz ± 1% |
| Microwave output power | 30kW (adjustable) |
| microwave frequency | 2450MHz±50Hz |
| Rated input apparent power | ≤45kVA |
| Import and export height | 50mm |
| Belt width | 650mm |
| transmission speed | 0.1~5m/min |
| Dimensions (length x width x height) | Approximately 11630 × 1310 × 1668mm |
| working environment | 0-40 ℃, relative humidity ≤ 80% |
| output | Dry and dehydrate 30kg per hour |
| industry standard | Compliant with GB 10436-1989 Workplace Microwave Radiation Hygiene Standard | Compliant with GB/5226.1-2002 Mechanical Safety Mechanical Electrical Equipment |
Application • Industry
Application industry
The material used in microwave molecular sieve drying equipment is, in a narrow sense, a crystalline silicate or aluminosilicate. It is a new product developed by our company, which is composed of silicon oxygen tetrahedra or aluminum oxygen tetrahedra connected by oxygen bridge bonds to form pore and cavity systems with molecular sizes (usually 0.3-2.0 nm). However, it has the characteristics of screening molecules
Video • Display
Video