Radiant panels with metallic fiber MFRP

The operating principle of radiant panels with metallic fiber:

 

The radiant panel is constituted out of a series of tubular radiant burners with metallic fiber parallel in a panel construction. Flue gases are collected and evacuated with th help of an extractor located in the center of the panel. For here, heat can be recovered and used like a convective element in the heating/drying process afferent to the panel or in other distinctive thermal processes. The premix engine module related to the burners, key component to the equipment, has the role to premix the introduced combustion air by a special fan with a variable speed and with the gas introduced through a multifunctional valve.

The system is held under control by the control panel and controling the flame. Through the stainless steel tube the fuel mixture is directed and distributed to the MFB (Metal Fiber Burners), where surface combustion takes place in radiant regime.

The reflector focuses and guides the infrared rays in the wanted direction set by the user. The burner with modulation, adapts its set power asked by the consumer. The system can be thermostatically set and so can the maximum radiation intensity.

 

Areas of use for radiant panels with metallic fiber:

 

Food products: preheating, drying, dehydration, semi-preparation, cooking, frying, baking, browning, melting, sterilization, tempering, thawing, pasteurization, disinfecting, deodorizing, degermination, inactivating enzymes, pregelatinisation, caramelization, tableting

Livestock: heating farms for pigs and broilers

Slaughtering and meat processing: scortching

Agriculture, horticulture, fruit growing: drying cereals, eco herbicides 

Ore: drying

Plastic: preheating, drying, treatment, adhesive activation, fixing, foaming, gluing, laminating, melting, shrinking, tempering, welding, forming, bending, forming, thermoforming

Rubber: preheating, drying, treatment, adhesive activation, fixing, foaming, gluing, laminating, melting, shrinking, tempering

Chimicals: heating, preheating, drying, evaporation, tableting 

Cosmetics, pharmaceutical: drying, dehydrateting, sterilizing, disinfection, degermination, tableting 

Textile: preheating, drying, treatment, adhesive activation, fixing, foaming, gluing, laminating, melting, shrinking,

Leather: drying

Wood and wood furniture: preheating, drying, treatment, adhesive activation, fixing, foaming, gluing, laminating, melting, shrinking,

Paper and cardboard: preheating, drying, treatment, adhesive activation, fixing, foaming, gluing, laminating, melting, shrinking,

Metal components: preheating, drying, treatment, adhesive activation, fixing, foaming, gluing, sterilization, detensioning, heat treatment, normalizing, annealing

Construction: heating work area, drying concrete and plaster

Ceramics: preheating, drying, processing, adhesive activation, gluing, tempering, defrosting

Cement: heating, treating

Glass and mirror: heating, preheating, drying, fixing, gluing, sterelizing, tempering, defrosting

Painting: heating, preheating, drying

Printing: heating, drying

Electrics: drying impregnated windings

Asphalt: heating, preheating, remediation, recycling

 

Advantages of using radiant panles with metallic fiber

       

- Allows an efficient zonal heating by focusing the radiation intensity;

- Allows the setting of maximum intensity of radiation depending on the uses requests;

- Modulated operation - emitted heat continuously adapts to the heat neccessity;

- Combustion air is filtered and can be extracted from outside;

- Resistant to dust, humidity and mechanical shocks;

- Security ​operation;

- Perfect combustion, hygienic, without pollutant releases (CO, NOx)