Radiant heating - Import export

High temperature adhesive tape with onesided aluminum foil suitable for a maximum radiant heat of 1000 ° C

Hose cover against radiant heat maximum 450 ° C. Outside with aluminum foil and inside with glass silk or Kevlar fabric. Closed or with Velcro for quick installation and removal.

• The laminated glass is curved and designed for the aluminium window frame 250x150mm (BFKFE003G) • The glass is gold-coated and therefore provides effective protection against radiant heat • The laminated glass protects against splinters if the glass breaks • The glass is extremely heat resistant

• The laminated glass is curved and designed for the aluminium window frame 220x100mm (BFKFE001) • The glass is gold-coated and therefore provides effective protection against radiant heat • The laminated glass protects against splinters if the glass breaks • The glass is extremely heat resistant

• The mesh visor is made of galvanized wire cloth • It shields the face against radiant heat • The mesh visors are offered in two sizes: 500x250mm and 500x300mm • Like the other face shields, the mesh visors are also attached to an aluminium hard hat bracket (e.g. GFKHH003) • The blackened inner side ensures good visibility and prevents the wearer from being blinded by glare

• The face shield is made of 1 mm thick Polycarbonate • Excellent optical quality • High resistance to temperature extremes approx. -50°C to+135°C • Good UV protection • 94% of the radiant heat is reflected by the gold layer • IR-protection shade 4-5

• The face shield is made of 1 mm thick Polycarbonate • Excellent optical quality • High resistance to temperature extremes approx. -50°C to+135°C • Good UV protection • 94% of the radiant heat is reflected by the gold layer • IR-protection shade 4-6

• The face shield is made of 1 mm thick Polycarbonate • Excellent optical quality • High resistance to temperature extremes approx. -50°C to +135°C • Good UV protection • High impact strength • 94% of the radiant heat is reflected by the gold layer • IR-protection shade 4-4

• The mesh visor is made of galvanized wire cloth • It shields the face against radiant heat • The mesh visors are offered in two sizes: 500x250mm and 500x300mm • Like the other face shields, the mesh visors are also attached to an aluminium hard hat bracket (e.g. GFKHH003) • The blackened inner side ensures good visibility and prevents the wearer from being blinded by glare

Bentley-Harris® Textalu 1202 is an insulative fiberglass sleeving with a heavy aluminum coating designed to protect components in high temperature areas. It provides superior insulation to components that must maintain stable temperatures to assure performance efficiency. Textalu 1202 is used on wire harnesses, sensor control wiring and cable assemblies in close proximity to engines and exhaust systems. Due to its elastic structure, Textalu 1202 conforms well to the variable profiles of the components it protects. Its braided construction allows good flexibility in temperatures as low as -50°C. The infra-red emissivity rating of Textalu 1202 heavy aluminum coating, combined with its fiberglass braid, ensures temperature stability inside the Textalu sleeving despite frequent external temperature fluctuations due to radiant heat.

• The mesh visor is made of galvanized wire cloth • From the outside the mesh visor is covered with aluminised fabric • It shields the face against radiant heat • The mesh visor has a window opening for lenses with the dimensions 60 x 120mm • Among others, blue inspection glasses, green welding glasses, or clear glasses can be utilized in the window opening • The lenses are securely clamped in the lens frame by two steel springs • Like the other face shields, the mesh visors are also attached to an aluminium hard hat bracket (e.g. GFKHH003) • The blackened inner side ensures good visibility and prevents the wearer from being blinded by glare

Heat protection tubes are made by layering several kinds of aluminum alloy foil and other materials, such as fiberglass and plastic with corrugations. The excellent reflectivity of the aluminum alloy on the external surface reflects radiant heat, and its insulating power additionally serves to protect the aluminum flexible tube’s content from heat sources. These products have great flexibility but high dimensional stability, and they can be compressed or extended as required. They can also be fastened or mounted easily by crimping the end fittings.

• The mesh visor is made of galvanized wire cloth • From the outside the mesh visor is covered with aluminised fabric • It shields the face against radiant heat • The mesh visor has a window opening for lenses with the dimensions 60 x 120mm • Among others, blue inspection glasses, green welding glasses, or clear glasses can be utilized in the window opening • The lenses are securely clamped in the lens frame by two steel springs • Like the other face shields, the mesh visors are also attached to an aluminium hard hat bracket (e.g. GFKHH003) • The blackened inner side ensures good visibility and prevents the wearer from being blinded by glare

• The mesh visor is made of galvanized wire cloth • It shields the face against radiant heat • The mesh visor has a window opening for lenses with the dimensions 60 x 120 mm • Among others, blue inspection glasses, green welding glasses, or clear glasses can be utilized in the window opening • The lenses are securely clamped in the lens frame by two steel springs • Like the other face shields, the mesh visors are also attached to an aluminium hard hat bracket (e.g. GFKHH003) • The blackened inner side ensures good visibility and prevents the wearer from being blinded by glare

The effect of carbon film + far infrared ray + near infrared ray + illite ceramics! Far-infrared rays remove impurities and dead skin cells from the skin surface, and near-infrared rays penetrate to the dermis and burn fat. By attaching a rare mineral Illite, the effect of far-infrared rays is more than doubled. 1. Made of airplane wing material, it is lightweight. 2. It is safe from fire by using carbon fiber. 3. A rare mineral ilite, produced only in Yeongdong-gun, Chungbuk, is attached. 4. Once purchased, it can be used semi-permanently. · Size : (width) 58cm / (length) 68cm / (height) 33cm · Rated Voltage : 220V 60Hz · Power Consumption: 440W · Material : external finishing(leather), reflection film, thermostat finishing, metal structure, radiant heat(pyrogen) film, carbon coating fiber, ceramic + silicone adhesive

The electric heating with infrared radiant panels of wave laga are a clean solution, without noise, without emission of light, economic and very comfortable to use n its design and manufacture, the utmost attention has been paid to obtain an aesthetic and effective equipment. The heat radiated from the panel surface is absorbed by people, walls, floors and furniture. Infrared heating does not cause air movement, which will make the air clean and no noise is emitted. Its high heat generation and excellent distribution allow the equipment to be used with less energy than other traditional heating methods. Radiant heat is very good for people′s health, it can change the body′s microcirculation, the cellular organization under the skin produces resonance, cleanses the microcirculation barrier, adjusts and balances the nervous system, promotes metabolism and increases physical power of the body.

ISONEM THERMAL PAINT is special high performance paint containing special vacuumed microspheres that are elastomeric resin based, have vapor permeability with low heat conductivity, high solar radiation absorptivity and high surface heat transmittance values and provide interior and exterior heat and water insulation. Its effectiveness has been proved scientifically. Depending on the applied number of coats, it provides energy savings up to 40% in the heating and cooling energy costs of buildings. When the ISONEM THERMAL PAINT with special vacuum microspheres is used as interior wall paint, the radiant heat that is generated inside is reflected to the interior environment. When it is used on the exterior, the incoming radiant heat is reflected back to the outside. ISONEM THERMAL PAINT FEATURES: •Radiant heat proof, •Provides energy savings up to 40%, •Applicable to indoor and outdoor surfaces, •Low labor costs, easy and short application, •Prevents moisture and mold formation

Made of high-alumina chamotte containing 65 to 72% Aluminum oxide. Sintered high-alumina ceramics' high thermal conductivity allows obtaining the most uniform temperature across the radiation surface, providing uniform and high-quality radiant heating. These elements are often used in thermoforming machines, drying chambers, infrared tunnels and panels, heating and drying equipment, and various commercial heaters. Estimated service life at least 8,000 - 10,000 hours of non-stop operation. Maximun temperature 750°C. Comply with all international standards and are interchangeable with all known brands (FTE/FSR/FSF/HTC/HTE).

Made of high-alumina chamotte containing 65 to 72% Aluminum oxide. Sintered high-alumina ceramics' high thermal conductivity allows obtaining the most uniform temperature across the radiation surface, providing uniform and high-quality radiant heating. These elements are often used in thermoforming machines, drying chambers, infrared tunnels and panels, heating and drying equipment, and various commercial heaters. Estimated service life at least 8,000 - 10,000 hours of non-stop operation. Maximun temperature 750°C. Comply with all international standards and are interchangeable with all known brands (FTE/FSR/FSF/HTC/HTE).

Made of high-alumina chamotte containing 65 to 72% Aluminum oxide. Sintered high-alumina ceramics' high thermal conductivity allows obtaining the most uniform temperature across the radiation surface, providing uniform and high-quality radiant heating. These elements are often used in thermoforming machines, drying chambers, infrared tunnels and panels, heating and drying equipment, and various commercial heaters. Estimated service life at least 8,000 - 10,000 hours of non-stop operation. Maximun temperature 750°C. Comply with all international standards and are interchangeable with all known brands (FTE/FSR/FSF/HTC/HTE).

Made of high-alumina chamotte containing 65 to 72% Aluminum oxide. Sintered high-alumina ceramics' high thermal conductivity allows obtaining the most uniform temperature across the radiation surface, providing uniform and high-quality radiant heating. These elements are often used in thermoforming machines, drying chambers, infrared tunnels and panels, heating and drying equipment, and various commercial heaters. Estimated service life at least 8,000 - 10,000 hours of non-stop operation. Maximun temperature 750°C. Comply with all international standards and are interchangeable with all known brands (FTE/FSR/FSF/HTC/HTE).

Made of high-alumina chamotte containing 65 to 72% Aluminum oxide. Sintered high-alumina ceramics' high thermal conductivity allows obtaining the most uniform temperature across the radiation surface, providing uniform and high-quality radiant heating. These elements are often used in thermoforming machines, drying chambers, infrared tunnels and panels, heating and drying equipment, and various commercial heaters. Estimated service life at least 8,000 - 10,000 hours of non-stop operation. Maximun temperature 750°C. Comply with all international standards and are interchangeable with all known brands (FTE/FSR/FSF/HTC/HTE).

Air assisted flares enable the smokeless combustion of low pressure waste gases. Air (or Gas) assisted flares can be used when no steam is available on site. Air assisted flares use forced draft Air or Gas to create turbulence ensuring that sufficient primary combustion air is supplied to the flame. The amount of air and hence the size of the tip and riser depend on the degree of smokeless operation required and the maximum flow for smokeless operation. Key features Proprietary design to maximize the mixing of waste gas and air streams and to create turbulence in the combustion zone. Variable speed fans, to supply the optimal amount of Air (Gas) Use of wind deflectors if required, to prevent flame impingement Flame holders around the periphery of the flare tip to ensure stable operation. Use of high grade alloys to enhance lifetime of the flare tip. The use of combustion/mixing air to cool the flare tip and thus enhance its lifetime Key advantages Smokeless operation under a wide range of operating conditions Smokeless flaring of high molecular weight gases Air cooling of the flare tip, resulting in longer lifetime and lower operation and maintenance costs Reduced radiant heat for a given capacity Applications Upstream oil & gas sector Chemical and petrochemical industries including refineries Tank farms and terminals Pipeline transport LNG and NG terminals and compressor stations

EUROLINIA infrared industrial tunnel ovens are designed to rapidly and uniformly heat the surface of cables, wires, polymer pipes and tubes, dry fiber optics and etc. in batch or continuous conveyor production using targeted high-intensity infrared radiation. High efficiency is achieved by concentrating high-intensity infrared radiation and by using a circular reflector that efficiently distributes radiant energy inside the heating chamber. Additional efficiency is gained by installing three-level thermal protection. EUROLINIA tunnels have modular structure: one heating section is 2 meters long, you can connect up to 8 sections in one production line. Maxumum temperarature in the tunnel can reach up to 700C. Tunnels can have multiple separate heating zones and can be equiped with a conveyor. To ensure high-quality, high-precision surface heating, industrial tunnel ovens are also equipped with an automatic heating control system (APCS).

A heat & flame resistant safety boot conforming to the EN 15090 HI3 F3A fire boot standard for flame resistance, radiant heat (20kW/m2) and heat insulation of the sole (250°C for 40 minutes). These boots are designed for use in areas where there is a risk of sparks from welding or grinding or for close proximity fire fighting.

Why not choose your under-floor heating system from Speed Screed? • We can offer a totally bespoke service • Fully designed to your exact requirements • Supply of al membranes, insulation, perimeter expansion strips and movement jointing • Our systems are manufactured by the best in the business • We provide a complete package including screed installation • Everything taken care of with no fuss and to your program with no delays. ? Why choose underfloor heating over radiators? Using one of our under floor heating systems has a host of benefits opposed to traditional heating methods such as radiators, comfort, reliability and reduced costs. Underfloor heating provides an ideal air temperature profile in your rooms through the correct balance of radiant and convicted heat. ? Heat Where You Need It Most heating systems heat from the top down, which can leave us feeling uncomfortable.

TEPLOPANEL climate system is based on principle of thermal infrared radiation. Infrared waves, without air heating, turn into heat while contacting with the surface of objects and people. Thus, the heated objects emit heat secondary and give it to the air by means of convection. The heat carrier in the radiant panels is classical preheated water. Thus, the water radiant panel is the best and the most effective energy saving infrared appliance, as it operates with water of up to 95°С. Water heating source operates on any type of fuel: gas, electricity, wood, pellets, waste oil, central heat supply. TEPLOPANEL system provides fast room heating, has low lag effect in comparison with any convective systems. Low temperature of heat distribution creates uniform temperature in the room and allows to use infrared heaters in fire-hazardous objects. It enables to save up to 52% expenses of the energy carrier compared to air heating appliances. The higher the room the more savings you achieve.

TEPLOPANEL climate system is based on principle of thermal infrared radiation. Infrared waves, without air heating, turn into heat while contacting with the surface of objects and people. Thus, the heated objects emit heat secondary and give it to the air by means of convection. The heat carrier in the radiant panels is classical preheated water. Thus, the water radiant panel is the best and the most effective energy saving infrared appliance, as it operates with water of up to 95°С. Water heating source operates on any type of fuel: gas, electricity, wood, pellets, waste oil, central heat supply. TEPLOPANEL system provides fast room heating, has low lag effect in comparison with any convective systems. Low temperature of heat distribution creates uniform temperature in the room and allows to use infrared heaters in fire-hazardous objects. It enables to save up to 52% expenses of the energy carrier compared to air heating appliances. The higher the room the more savings you achieve.

TEPLOPANEL climate system is based on principle of thermal infrared radiation. Infrared waves, without air heating, turn into heat while contacting with the surface of objects and people. Thus, the heated objects emit heat secondary and give it to the air by means of convection. The heat carrier in the radiant panels is classical preheated water. Thus, the water radiant panel is the best and the most effective energy saving infrared appliance, as it operates with water of up to 95°С. Water heating source operates on any type of fuel: gas, electricity, wood, pellets, waste oil, central heat supply. TEPLOPANEL system provides fast room heating, has low lag effect in comparison with any convective systems. Low temperature of heat distribution creates uniform temperature in the room and allows to use infrared heaters in fire-hazardous objects. It enables to save up to 52% expenses of the energy carrier compared to air heating appliances. The higher the room the more savings you achieve.