Fullcryo in Traditional Industries: Gas Solutions for Diverse Sectors

Electric light source

LED solid-state lighting applications are growing rapidly, especially in applications such as LCD TV backlighting and low-power general lighting. To accommodate this expanding market, LED manufacturers have a huge demand for nitrogen, high-purity ammonia, hydrogen, and metal organics.

We can provide you with the following products and services:

Provide a full range of bulk gases and special gases required for LED production. To ensure a stable supply chain, we have built our own bulk gas plants, as well as ultra-pure ammonia, hydrogen and other electronic special gas plants.

At the same time, we can also provide large LED factories with electronic material product portfolios and supply chains with "turnkey engineering" capabilities. On-site facilities ensure the continuity, monitorability and flexibility of gas supply. Standard modular design can bring you greater cost efficiency and reliability.
Our products and services include:

1. Direct gas supply, through gas cylinders, tube bundles, dewars, liquid tanks, etc.

2. On-site gas production, supplying gas through on-site delivery device pipelines, such as on-site gas production devices for nitrogen, ammonia and hydrogen production.

Steel Smelting

In the past 20 years, China has relied on the rapid development of domestic infrastructure, high-speed rail, real estate and automobile industries, and the main economic entities have maintained sustained growth, and the major industrial consumables such as steel, glass, cement and other industries have grown rapidly. In recent years, due to the economic downturn, the slowdown in high-speed rail construction, the gradual saturation of the real estate and automobile markets, the sharp decline in steel demand, and the serious overcapacity of steel production have put the entire industry under tremendous pressure to survive. Compressing operating costs and reducing expenses have become important means for enterprises to survive.

Gas applications in the steel industry:
1. Ladle heating
Traditional ladles use cold air to support combustion, which consumes high energy and heats up slowly. Using full oxy-combustion technology can significantly save fuel and speed up heating.
2. Cast iron cupola melting
Using oxygen instead of air in the cast iron cupola melting process reduces nitrogen that takes away heat and has poor thermal radiation effect, achieving fuel savings, increased production capacity, and less tail gas emissions.

Glass and ceramics

Under the background of the continuous economic downturn and the increasingly acute contradiction between economic development and environmental pollution, the glass and ceramics industry is facing great cost pressure and waste gas emission pressure, which has seriously affected the survival and development of the industry. How to use advanced technology to achieve energy conservation and emission reduction, improve production efficiency and improve product quality, these topics have brought positive significance to the survival and development of the glass and ceramics industry.

Gas applications in the glass industry:
1. Glass melting
In the glass kiln melting process, oxygen is used instead of air to reduce nitrogen that takes away heat and has poor thermal radiation, achieving fuel savings, very small tail gas emissions and nitrogen oxide emissions.
2. Glass forming
Through the mixed gas of nitrogen and hydrogen, advanced flow control equipment is applied to ensure gas purity and mixing ratio to ensure the quality of glass forming.
3. Glass surface treatment
Generally, customers use natural gas + oxygen for polishing, and can also provide advanced hydrogen-oxygen polishing technology and equipment.
4. Ceramic sintering
In the ceramic shuttle kiln sintering process, oxygen is used instead of air to reduce nitrogen that takes away heat and has poor thermal radiation, achieving fuel savings and less tail gas emissions.
5. Rock wool melting
In the rock wool cupola melting process, oxygen is used instead of air to reduce nitrogen that takes away heat and has poor thermal radiation, achieving fuel savings, increased production capacity and less tail gas emissions.
Zhongke Fuhai can provide you with all the gases you need and pipeline supply solutions for on-site gas production.

Food and Beverages

In the food and beverage industry, the application of food-grade industrial gases is an effective and natural way to meet consumers' ever-increasing demands for food and beverage quality, variety and freshness. More and more consumers are seeking foods with low or zero additives to replace conventional preservative technologies. Especially in the growing convenience and home-style food market, gases are proving to be indispensable. Changing demographics and increased nutritional awareness have sparked interest in all kinds of new healthy foods and beverages, especially small packages of frozen dishes.

Gas applications in the food and beverage industry:
1. Protective gas: During food processing, some foods require protective gas to prevent oxidation, deterioration and discoloration. For example, fruits and vegetables require nitrogen or carbon dioxide to maintain freshness and color during transportation and storage.
2. Heating gas
In the process of food processing, heating is an indispensable link. Industrial gases can be used as heating media, such as oxygen, natural gas and propane, for combustion heating or chemical reaction heating.
3. Refrigeration gas
In the process of food processing and storage, refrigeration gas is needed to cool food or maintain food temperature. For example, liquid nitrogen and carbon dioxide can be used as refrigerants for food freezing and refrigeration.
4. Packaging gas
In the process of food packaging, industrial gases can be used to protect food from contamination such as oxygen, moisture and microorganisms. For example, nitrogen and carbon dioxide can be used to fill packaging bags or bottles to extend the shelf life of food.
5. Sterilization gas
In the process of food processing and storage, industrial gases can be used for disinfection and sterilization. For example, disinfecting gases such as ozone and chlorine dioxide can be used to disinfect food processing equipment and storage places to kill bacteria and viruses and ensure food safety.
6. Carbonated beverage filling gas
Beverages are carbonated using high-purity carbon dioxide (CO2), and post-mixing and pre-mixing with carbon dioxide and other mixed gases keep the beverages at a high quality when they are sold.

In short, industrial gases play an important role in the food industry, improving food processing and storage conditions, and improving food quality and safety levels.

We can provide you with engineering solutions such as nitrogen, food-grade CO2 and other required gases and on-site gas production.

Metalworking

Metal processing covers a wide range of activities from general welding to highly specialized laser processing workshops. Companies in this industry need a flexible, responsive, one-stop partner to support the full spectrum of applications and equipment, as well as combining traditional and new cutting, welding, and coating processes.

Metal processing gas applications:
General metal processing mainly uses welding gases, such as oxygen, nitrogen, argon, acetylene, etc. Laser cutting uses laser gases.
At Zhongke Fuhai, we provide the welding gas and laser gas solutions you need. Our engineers can provide you with guidance on various welding and cutting and gas mixing issues.