Rimor details for heating chambers are suitable solutions to carry out the heating of pieces from the lowest to the highest temperatures.

Rimor’s heating systems can be made with an external heating system consisting of RECUBE and internal heating systems with the particular solution of ventilating/heated agitator with the integrated heating system.

The Rimor construction system for heating chambers is used to heat parts for plastic coating applications (for example, rilsan) or the distension, tempering and stabilization of welds in carpentry.

In addition, these are systems used for heating, firing and drying paints. Both in the heating for powder coatings and for liquid paints.

The Rimor details for the heating chambers consist of a separate heating system that is the RECUBE, which generates hot air at high temperature without having to “plant” the oven. The oven, in this case, becomes a simple chamber without constraints and with the possibility of defining different geometries or increasing the size.

The user can also build the heating chamber himself and obtain an efficient heating chamber by combining a side RECUBE and inserting simple agitators in the room.

Carbon is an element used today in combination with other materials such as fibreglass, especially in naval sectors such as ships’ construction or decks’ building.

Rimor components for heating systems and heating chambers in combination obtain the result of heating the carbon to 55/60 ° C with a precision, uniformity and penetration capacity leader in its sector.

Are rimor parts for heating systems and heat treatment chambers heating furnaces that allow heat treatments to be obtained in the field of carbon or carbon and fibreglass cooking?

Carbon makes it possible to obtain lighter parts with the same mechanical resistance. Carbon needs to be heated – in the case of boat parts or entire deckhouses, for example – with high precision and a convective factor that affects every aspect of the boat.

Thanks to the fluid dynamics simulation of Rimor, an excellent result is obtained in the chamber, with air in every part of the heating chamber, even in the hidden parts.

The Rimor heating furnace is designed for heating or firing carbon, for heating boat parts or other elements in carbon or carbon and fibreglass.

The carpentry welding distension chambers – with the combination of the Recube with the heating on board and with the burner onboard the machine – are a practical and straightforward solution to carry out the tempering treatment. The system transforms a simple chamber into an efficient heating chamber at medium and high temperatures.

The temperatures in the chamber are obtained through the Recube, which is a heating machine with a burner on board. The Recube is connected to the furnace employing pipes or connection systems between the machine and the oven.

Only heating stirrers are installed onboard the furnace to avoid stratification and create a uniform heating system.

With dimensions of tens of meters, the welding relaxation chambers are a valid, practical and economical solution to achieve an efficient result.

The carpentry welding distension chambers is a simple and practical solution to achieve a generic tempering with the combination of Recube with the heating on board and the burner onboard the machine. The system transforms a simple chamber into an efficient heating chamber at medium and high temperature

Therefore, the tempering furnace becomes sufficient uniformity for heating systems for distension of welds and tempering for carpentry.

The temperatures in the chamber are obtained through the RECUBE, which is a heating machine with a burner on board.

The RECUBE is connected employing pipes or connection systems between the machine and the oven.

Only heating stirrers are installed onboard the furnace to avoid stratification and create a uniform heating system.

The welding relaxation chambers, with dimensions of tens of meters, are a good, practical and economical solution to achieve an efficient result.

The cooling chambers of the Rimor allow reducing the temperature of coils or parts to be cooled that pass inside the cooling room or cooling station. The cooling system of the Rimor allows a series of jets to reduce the temperature according to defined parameters.

Rimor’s finite element calculation system allows – thanks to the CFD calculation – to predict and calculate the resulting temperature at the exit from the chamber.

Rimor’s cooling system through louvres manages to create a fluid exchange bed in a soundproof section that can be inserted into production lines of coils or other elements to be cooled.

The system can be combined with additional nitrogen injections with a noticeable improvement in the result.

The need to dry parts wetted with water and other solvents, reagents or chemical treatment foams is common to many applications.

Rimor’s drying systems are composed of a pressurization fan that conveys the air creating air jets that are properly directed and removing water or liquids from the parts or coils passing through the Rimor drying station.

The parts to be dried must receive air at a consistent rate in order to remove the liquid from the surface. The Rimor system adapts to every possible geometry and creates an air jet that removes water particles.

It is also possible to create drying systems with air blades properly positioned to remove the veil of water, usually on coils.

Water removal systems can consist of complete chambers or individual elements positioned near iron and stainless steel pieces. The accuracy of the drying system is calculated with CFD finite elements that achieve the safe removal of liquids.

The RECUBE with a burner onboard is a patented heating machine capable of achieving an airflow of up to 900 ° C from low temperatures with an accuracy of 1 ° C and very high efficiency. The RECUBE heating machine is an air generator capable of transforming a chamber into a heating furnace or directly heating the details.

The RECUBE heating system, insulated and soundproofed, is a heating machine with a burner on board, able to achieve a flow and exchange of air with a fresh air intake and an emission of exhausted air, to have the possibility of recirculating air or to have a share of fresh air and a share of exhausted air, if it is necessary or preferable to exchange a portion of air in the processes where drying or evaporation of a pollutant is generated.

The RECUBE heating system is a patented machine, generating hot flows with medium or high pressures and is certified as a high ERP efficiency machine.

The RECUBE with burner onboard is a patented heating machine capable of achieving an airflow of up to 900 ° C from low temperatures with an accuracy of 1 ° C and with very high efficiency. The RECUBE heating machine is an air generator capable of transforming a chamber into a heating furnace or directly heating the details.

The RECUBE heating system, insulated and soundproofed, is a heating machine with a burner on board, able to achieve a flow and exchange of air with a fresh air intake and an emission of exhausted air, to have the possibility of recirculating air or to have a share of fresh air and a share of exhausted air, if it is necessary or preferable to exchange a portion of air in the processes where drying or evaporation of a pollutant is generated.

The RECUBE heating system is a patented machine, generating hot flows with medium or high pressures and is certified as a high ERP efficiency machine.

The Denox Package is a system where two fans are pre-mounted on a frame with the aim of sending air into Denox or denitration systems to convey ammonia-enriched air to chimneys where a reduction of nox is carried out.

The package system allows you to have a double circuit with valves that exclude one fan or the other to always guarantee a flow by having two fans in parallel that work alternately.

Rimor fans can operate even at 500°C with a direct cooler on the fan so that you can use direct motors without belt couplings and without transmission.

Rimor technology guarantees long-lasting use with natural and forced cooling depending on the case, with soundproofing of the fans to reduce the noise of the fans and at the same time ensure consistent ventilation and suitable for disposing of the heat of the fans and pipes.

The DENOX package is a system where two fans are pre-mounted on a frame with the aim of sending air into the DENOX or denizitration systems in order to convey ammonia-enriched air to chimneys where a Nox abatement is carried out.

The system of relaunching the air to the chimneys, then conveyed by lances and catalysts in the flow coming out of the chimney in order to obtain a correct mixing.

The package system allows you to have a double circuit with valves that exclude one fan or the other in order to always have the guarantee of a flow having two alternative fans in parallel

Rimor fans have the possibility to operate even 500° C with a direct cooler on the fan so that you can use direct motors without belt couplings and transmission.

The rimor technology guarantees a long-lasting use over time with natural and forced cooling depending on the case, with soundproofing of the fans in order to reduce the noise of the fans and at the same time ensure coherent ventilation suitable to dispose of the heat of the fans and pipes.

The cooling units for the hardening are exchangers combined with fans – technically called air heaters or heat exchangers – to dissipate the heat accumulated in the hardening tanks.

The cooling system for hardening is used to exchange the fluid present in the hardening tank that is conveyed to the dissipation group.

Rimor air heat exchangers are inspectable and easily opened for maintenance, and although they are often combined with filters, they can handle heavy fluids and highly polluting fluids.

The Rimor finning system allows it to be cleaned with high-pressure thanks to the thickness of the fins and the production system.

The exchangers and coolers for water or hardening oil have always been used for the construction of post-heating hardening systems to obtain a surface hardening of the hardened pieces.

The agitators for hardening tanks are a category of Rimor products that are born to obtain a stirring of the hardening tank. The goal of stirring water or hardening oil is to prevent the fluid, once evaporated, from isolating the piece without allowing a hardening on the whole piece.

In fact, the temperature of the fluid causes the hardening fluid to boil and creates an air bubble that isolates the material to be hardened; thanks to the agitation in the hardening tank, this accumulation of temperature is avoided, and the formation of the air bubble is avoided.

The Rimor system involves installing a marine propeller in bronze or in different materials such as stainless steel or iron. The Rimor agitation system is combined with flow calculation and visualization systems with CFD analysis that allows creating an adequate heat exchange system with the piece to be hardened.

In addition, some systems allow you to raise the long shaft electric motor for maintenance, with a lever and a pin that allows you to easily raise the agitator from the hardening tanks.

Mobile brick dryers are mobile ventilation units placed inside brick or brick dryers, with the possibility of obtaining a suction from the top and an air launch from the two side slits.

Drying systems and mobile or fixed cones, also in rotating versions, are installed inside brick drying ovens and suck in high-temperature air and throw it against frames that contain bricks or bricks.

Rimor’s drying systems take air from the top where there are hot air supply ducts and send it through “directional” fins on the wagons, thus ensuring vertical uniformity and a deep air-launch that realizes the heat exchange with the parts to be dried.

The Rimor cone system guarantees uniformity on the vertical part and allows to obtain a high-quality result. There are models with a diameter of 800 and a diameter of 900, with motors placed inside or motors placed outside the cone on the oven’s roof.