Drying Tunnel

Drying Tunnel

Drying Tunnel

Technical Specifications :

• Black Steel Construction.
• Tunnel´s height is adjustable up and down related to product.
• Tunnel reservior moving up and down.
• Rod type resistance.
• Adjustable to product resistances.
• Conveyor and fan drive.
• Tunnel does not give heat to outside.
• Inside insulation material.
• Tunnel Complete oven-dying.

Drying tunnel: A type of equipment used to reduce or completely remove moisture from packaging materials, products, or packaging equipment. Drying tunnels are commonly used in industrial environments and utilize hot air or other drying methods to accelerate the drying process.

Packaging machine drying tunnel: A specially designed drying tunnel that is part of packaging machines and is used to reduce or dry the moisture of packaged products. These tunnels are used to enhance the quality of products in the packaging process and ensure the durability of the packaging.

Packaging equipment drying tunnel: A type of tunnel used to remove or dry the moisture in packaging equipment (e.g., plastic packaging materials, bottles, caps, etc.) during the manufacturing process. These tunnels are used to improve the properties of packaging materials and ensure longer shelf life for products.

Packaging industry drying tunnel: Specialized drying tunnels used in the packaging industry. These tunnels are used to remove or dry the moisture in packaging materials during the manufacturing process or during the packaging of finished products. The packaging industry produces various packaging materials used in sectors such as food, pharmaceuticals, cosmetics, chemicals, and proper drying of these materials is essential.

Automatic drying tunnels: Drying tunnels that automate the drying process and operate without the need for operator intervention. These tunnels are typically integrated with conveyor systems, and products are dried automatically as they pass through the tunnel.

Thermal drying tunnel: A type of drying tunnel that uses hot air or heating elements to perform the drying process. Thermal drying tunnels achieve drying by evaporating moisture on the surface of products using heat energy.

Heating systems: Heat sources or heating elements used in drying tunnels. These systems can include different heating methods such as electric resistors, gas burners, or infrared heating elements.

Moisture removal technology: Technologies used for moisture removal in drying tunnels. These technologies typically involve air circulation, dehumidification systems, or molecular sieves, among other methods.

Drying of packaging materials: The process of reducing or drying the moisture in packaging materials, especially materials such as plastic, paper, or cardboard, during the manufacturing process. The drying process ensures that packaging materials have the desired properties and enhances the quality of products.

Drying process efficiency: A term that refers to the effectiveness or efficiency of the drying process in drying tunnels. An efficient drying process includes factors such as fast drying time, energy savings, and the ability to achieve the desired moisture level.

Industrial drying tunnels: Large-sized drying tunnels used on an industrial scale. These tunnels allow for drying large quantities of products simultaneously and are often integrated with automation systems.

Air circulation: The airflow used for moisture removal in drying tunnels. Air circulation ensures the rapid and uniform removal of moisture from the product.

Drying time: The time it takes for products to dry in drying tunnels. The drying time varies depending on the product's characteristics, moisture level, drying method, and the capacity of the equipment used.

Drying temperature: The temperature used in drying tunnels. The appropriate drying temperature is crucial for efficiently and effectively removing moisture from products.

Drying methods: Different methods used in drying tunnels. Examples include thermal drying, infrared drying, gas drying, and various other drying methods.

Conveyor system drying tunnels: Systems where products are transported on a conveyor belt through drying tunnels. These tunnels allow for continuous passage of products through the drying process and automate the drying process.

Hot air drying tunnels: Tunnels in which drying is performed using hot air in drying tunnels. Hot air evaporates moisture from the product's surface, achieving the drying process.

Infrared drying tunnels: Tunnels that utilize infrared radiation in drying tunnels. Infrared radiation provides energy to the product's surface, causing the moisture to evaporate and facilitating the drying process.

Gas drying tunnels: Tunnels that utilize gas burners or other gas combustion systems to provide heat energy in drying tunnels. Gas drying tunnels are often used in applications that require high temperatures.

Electric drying tunnels: Tunnels that use electric energy to provide heat in drying tunnels. Electric drying tunnels are preferred for their energy efficiency and ease of use.