Sanitaryware
Shuttle intermittent kilns for first-firing, re-firing and decoration of ceramic sanitary-ware (fireclay and vitreous china).
Design and supply of customized kiln refractory furniture for the best performance as:
- single-deck;
- double-deck;
- multi-deck;
Technical characteristics:
- working temperature up to 1.300°C.
- perfect temperature uniformity, high productivity and constant quality of products;
- high energy efficiency combustion system and reduced CO2 emissions;
- low thermal mass lining;
- automatic car handling systems;
- modular kiln structure;
- tailored-made solutions studied according to the type and size of the charge;
- heat recovery systems;
- large touch screen display with "easy user" synoptic view and remote control from smart-phone;
- Industry 4.0 ready;
Tableware Porcelain & Stoneware
Chamber and shuttle intermittent kilns for bone china, hard porcelain, soft porcelain, stoneware, gres, vitreous china.
Firing plants designed for thermal processes of whiteware and tableware porcelain as:
- biscuit firing;
- glost firing (neutral ,oxidizing and reduction atmosphere)
- once firing;
- decoration firing;
Technical characteristics:
- max temperature from 1.300°C to 1.450°C;
- advanced air/gas ratio systems for automatic control of the chamber atmosphere (neutral ,oxidizing and reduction), complete of analyzers for O2 and CO monitoring;
- customized kiln refractory furniture (SiC, mulitte, etc...);
- perfect temperature uniformity, high productivity and constant quality of products;
- low thermal mass lining;
- tailored-made solutions studied according to the type and size of the charge;
- heat recovery systems;
- touch screen display with "easy user" synoptic view and remote control from smart-phone;
- Industry 4.0 ready;
Tableware Ceramics & Whiteware
Shuttle and chamber periodic kilns and furnaces for ceramic tableware firings.
Firing plants designed for thermal processes of whiteware and ceramic tableware firings as:
- biscuit firing;
- second firing;
- single firing;
- decoration firing;
Technical characteristics:
- max temperature from 1.100°C to 1.300°C;
- high energy efficiency combustion system and reduced CO2 emissions;
- perfect temperature uniformity, high productivity and constant quality of products;
- low thermal mass lining;
- customized kiln refractory furniture by cordierite;
- tailored-made solutions studied according to the type and size of the charge;
- heat recovery systems;
- touch screen display with "easy user" synoptic view and remote control from smart-phone;
- Industry 4.0 ready;
Terracotta & Structural Ceramics
Chamber and shuttle intermittent kilns and furnaces for terracotta, flower pots,
amphoras, hand-made bricks, roofing tiles and structural ceramics.
Turbo gas kilns, refverse draft furnaces and muffle.
Technical characteristics:
- max temperature from 1.100°C to 1.200°C;
- design for dense loads;
- perfect temperature uniformity, high productivity and constant quality of products;
- high energy efficiency combustion system and reduced CO2 emissions;
- low thermal mass lining;
- customized kiln refractory furniture;
- tailored-made solutions studied according to the type and size of the charge;
- heat recovery systems;
- Integrated with load and unloading automatic systems;
- touch screen display with "easy user" synoptic view and remote control from smart-phone;
- Industry 4.0 ready;
Tecnichal Ceramic & Abrasives
Shuttle intermittent kilns for high temperature to firing:
electrotechnical porcelain, steatite cordierite, mullite, thermodielectric ceramics, grinding wheels and abrasive.
Chamber, bogie hearth and bell furnaces for sinterization of ceramic products up to 1.650°C.
Technical characteristics:
- max temperature from 1.300°C to 1.650°C;
- design for dense loads;
- perfect temperature uniformity, high productivity and constant quality of products;
- high energy efficiency combustion system and reduced CO2 emissions;
- low thermal mass lining;
- customized kiln refractory furniture;
- tailored-made solutions studied according to the type and size of the charge;
- pre-heating of burning air and heat recovery systems;
- touch screen display with "easy user" synoptic view and remote control from smart-phone;
- Industry 4.0 ready;
Exhaust fumes treatment plants
For the fumes of kilns contain incombustes as Volatile Organic Compounds (VOCs) originate from the sintering of ceramic products, Pagnotta Termomeccanica created a line of
thermal post-combustion systems (TPC) for the abatement of pollutants.
This units for high temperature thermal oxidation, allow the direct discharge of the fumes into the atmosphere, within the limits permitted by current regulations.
The thermal oxidation process is carried out within a combustion chamber where the pollutants inside the effluent to be treated are burned and generally decomposing them into water vapor (H
2O) and carbon dioxide (CO
2).
Refractoires & Coloring Oxides
High temperature shuttle intermittent kilns and furnaces for ceramic refractories firings: silica-glass, silica-aluminous, steatite, cordierite, mullite, alumina monolites.
Chamber, bogie hearth and bell furnaces for sinterization of ceramic products up to 1.650°C.
Technical characteristics:
- max temperature from 1.300°C to 1.650°C;
- design for dense loads;
- perfect temperature uniformity, high productivity and constant quality of products;
- high energy efficiency combustion system and reduced CO2 emissions;
- low thermal mass lining;
- customized kiln refractory furniture;
- tailored-made solutions studied according to the type and size of the charge;
- pre-heating of burning air and heat recovery systems;
- touch screen display with "easy user" synoptic view and remote control from smart-phone;
- Industry 4.0 ready;
Exhaust fumes treatment plants
For the fumes of kilns contain incombustes as Volatile Organic Compounds (VOCs) originate from the sintering of ceramic products, Pagnotta Termomeccanica created a line of
thermal post-combustion systems (TPC) for the abatement of pollutants.
This units for high temperature thermal oxidation, allow the direct discharge of the fumes into the atmosphere, within the limits permitted by current regulations.
The thermal oxidation process is carried out within a combustion chamber where the pollutants inside the effluent to be treated are burned and generally decomposing them into water vapor (H
2O) and carbon dioxide (CO
2).
Third Firing for Decoration
Pagnotta Termomeccanica has designed and developed this special line of electric kilns for third firing decoration of tabbleware porcelain.
The firing process can be carry-out both in continuous or in periodic furnaces.
Lava stone
This line of electric kilns is specially designed for ceramized lava and vulcanic stone firing, as: tables tops, kitchen counters and slabs.
Together with the kilns, Pagnotta Termomeccanica design and supply special kiln refractory furniture for the correct loading of big pieces.
Pottery - Faience
Chamber and shuttle intermittent kilns for artistic ceramic, pottery, faience, artistic tiles, etc...
Electric ovens, shuttle gas kilns, muffle furnaces, reverse flame kilns for the following main thermal processes:
- biscuit firing;
- enamel firning;
- decoration firing;
Technical characteristics:
- working temperature: up to 1.100°C;
- perfect temperature uniformity, high productivity and constant quality of products;
- customized kiln refractory furniture by cordierite;
- tailored-made solutions studied according to the type and size of the charge;
- heat exchanges and recovery systems;
- touch screen display with "easy user" synoptic view and remote control from smart-phone;
- Industry 4.0 ready;
Lost wax process
Kilns, furnaces and ovens for drying of plaster dies and the draining of wax, used in the melting process of lost wax castings. Gas-fired furnaces systems for debinding and sintering.
Exhaust fumes treatment plants
For the fumes of kilns contain incombustes as Volatile Organic Compounds (VOCs) originate from the sintering of ceramic products, Pagnotta Termomeccanica created a line of
thermal post-combustion systems (TPC) for the abatement of pollutants.
This units for high temperature thermal oxidation, allow the direct discharge of the fumes into the atmosphere, within the limits permitted by current regulations.
The thermal oxidation process is carried out within a combustion chamber where the pollutants inside the effluent to be treated are burned and generally decomposing them into water vapor (H
2O) and carbon dioxide (CO
2).
Grafite - Carbon
Batch kilns and furnaces for advanced production of: carbon, graphite brushes and technical ceramics firing.
Furnace chamber atmosphere protected by inert gas.
Exhaust fumes treatment plants
For the fumes of kilns contain incombustes as Volatile Organic Compounds (VOCs), Pagnotta Termomeccanica created a line of
thermal post-combustion systems (TPC) for the abatement of pollutants.
This units for high temperature thermal oxidation, allow the direct discharge of the fumes into the atmosphere, within the limits permitted by current regulations.
The thermal oxidation process is carried out within a combustion chamber where the pollutants inside the effluent to be treated are burned and generally decomposing them into water vapor (H
2O) and carbon dioxide (CO
2).
