Short wave quartz infrared heaters are comprise finely coiled tungsten filament surrounded by a quartz glass and kinds of halogen gas. The quartz glass envelope allows transmission of IR energy and protecting the filament from convective cooling and corrosion. Halogen cycle ensures constant infrared efficiency all the lifetime with preventing the quartz glass from blackening. The rated life of short wave infrared heater is around 5000 hours.   Glass tube 99.9% pure fused silica quartz sealed Filament material tungsten Filament temperature 1800-2400C Response time 1 second Peak wavelength 0.75-1.4um Cross section(mm) 10, 11, 12, 13, 14, 15, 18, 20, 23*11, 33*15 Max unit power 200w/cm Available length 45-4000mm   Short-wave Infrared emitters produce infrared waves of around 0.75 – 1.4 microns in wavelength and operate at high temperatures above 1,300 – 2,6000C. Since these wavelengths have higher frequencies, they tend to be more transmissive and reflective. In contrast to all other heating processes, it is not necessary to use a transmission medium with infrared technology. In other heating methods, for example, first the air is heated, which in turn heats the material. This does not happen lossless and makes these processes inefficient and not environmentally friendly. In short-wave infrared radiation, however, the environment remains completely unaffected by the radiation and only the body is heated. This physical property makes shortwave infrared emitters unsurpassed in their efficiency. ​​   Short wave quartz infrared heaters are used in various industrial applications： PET performs heating in stretch blow moulding machines. Printing ink drying in offset machines Pre-heating before embossing Screen printing curing on T-shirts Textiles and various such applications Paint curing Powder coating Lacquers drying Drying glaze on ceramic tiles Textiles semiconductor industry                                           Advantages： Short heating times with maximum efficiency High operational reliability Optimum customization options and controllability Long average lifespan Immediately full heat output Space-saving, maintenance-friendly installation Impressive reliability Low running costs Also with reflector for directed heat radiation

QUICKLY custom infrared emitters are engineered for your precise heating needs and can be custom formed to precisely fit your contoured parts. Whether you're looking to replacement for your current production line or start a new heating project, we will work with you to develop and design an emitter to your needs.     Special shaped quartz glass infrared emitters are popularly applied to the automotive interior and exterior production lines, heating applications like below: Infrared joining and welding for plastics components Thermoforming of car carpet and ceiling Vacuum laminating Deburring of plastic Edge wrapping Activating adhesives   Advantages of electric quartz glass infrared emitters: Fixed contour, standard or special design, e.g. 3D contours Radiation temperature approx. 1.800 - 2.400°C Reach operating temperature within 1s Power up to 200 KW/m² Short cycle times, a typical heating period about 12s Different wavelengths (0,78 μm to 2 μm) Greater distance to material possible, low risk of fire Available in gold or ceramic white coating for directional radiation Energy direction transmitters can be used for tolerance adjustments Infrared emitters can be precisely shaped to follow edges, rims, and contours and heat these areas specifically

We manufacture and supply superior quality medium wave infrared heater that consists of a helical wound resistance coil housed in a quartz tube. The quartz tubing is terminated with ceramic insulating caps, they are are tightly fastened to the quartz tube with high temperature cement that allows the quartz to breathe. Made of high quality material, these are superior in performance and offer long serving life. Glass tube 99.9% pure fused silica quartz sealed Filament material Ni-Cr or Fe-Cr-A1 Filament temperature 800 – 950°C Response time > 1 min Peak wavelength wide 2.2-3.5um Average working life 20000 hours Cross section 10, 11, 12, 13, 14, 15, 18, 20, 23*11, 33*15 mm Max unit power 25w/cm Available length 100-6000mm Operation orientation horizontal only Different construction type for twin tube medium wave IR heaters. The wavelength of an infrared emitter has a major influence on the efficiency of a thermal process. The better the emitted wavelength fits the absorption spectrum of the material to be heated, the more efficient the process. For instance, water absorbs best at about 3000 nm. Therefore, medium-wave and carbon medium wave infrared emitters are optimal to heat water and water-based coatings. They are available in clear or opaque quartz tube with gold or ceramic reflective coatings that focus the emitted energy onto the substrate. Typical Applications: Curing Painted Surfaces Preheating Plastics Curing Powder Coatings Drying / heat setting textiles after dyeing or printing Supplemental heating Drying or inks for printing and silk-screening Preheating and curing wood coating Glass Curing Shrink Packaging Machines. Drying Textiles. Rubber Curing. Drying of paints Processing Plastic foils and sheet

Carbon infrared heaters have heating elements made from woven carbon fibers which are housed in quartz. They are also filled with halogen gas like quartz heaters. They operate at around 1,2000C and emit medium wave infrared. The carbon fibers produce gentler heat, and their light is less intense than tungsten. They also have long service lives. These emitters are produced as single round tube or twin tube emitters, in lengths up to 3 meters. This unique lamp is ideal for drying applications that don’t require high, intense heat of short-wave and long drawn-out heat of medium-wave, but rather falls in between. And it is available with white ceramic reflector and golden coating.                               Carbon-based Medium-Wave Infrared Emitters dry water-based coatings more efficiently than short-wave infrared radiators. Materials such as glass and plastic, are more suitable for medium wave radiation.   Glass tube 99.9% pure fused silica quartz sealed Filament material Wound Carbon Fiber-Woven Filament temperature wide 1400~ 1800°C Response time > 3 seconds Peak wavelength wide 1.4~ 2.6 µm Average working life 10,000 hours Average working life 10, 11, 12, 13, 14, 15, 18, 20, 23*11, 33*15 mm Max unit power 80w/cm Available length 100-4000 mm Operation orientation Universal Typical Applications Drying Processes Curing of Coated Surfaces Pre-heating and Post-heating  

Fast response medium wave infrared emitters have same product processing as short wave infrared lamps, made up from coiled tungsten filament and surrounded by a quartz glass and kinds of halogen gas. It belongs to vacuum lamp. There are two different constructed types of heating filament for FMW IR radiators:   Star filament (tungsten )   Standard construction (tungsten ) Fast medium wave heaters can design twin tube IR emitters with different filament configurations. This allows extraordinary flexibility both in terms of heated area modularity and lead wire position. The picture below represents some of the most common filament configuration.     QUICKLY also supply single tube IR heater lamps Fast-Response Medium-Wave infrared emitters are heaters that fall between the short and standard medium-wave . Utilizing the best of both wavelength. The heaters is suitable for drying processes because of transferring heat at a medium wave spectrum. The high absorption of surface layers and films makes them particularly applicable to thin materials, while the heaters' penetrative effect renders them highly effective for use in plastics processing. The main characters of fast response medium wave IR emitters are: Twin tube standard section 23 x11mm & 33 x 15mm Filament temperature 1500 - 1800 °C Peak wavelength 1.4 - 1.6 µm Maximum power density 50 W/cm Maximum surface power 120 kW/m2 Universal operation (standard horizontal operation, but are modified for vertical ) Heaters can be one-side and two-side connected. Gold and ceramic white coating on the heater quartz tube ensures that the effective radiation is virtually doubled. Standard, custom and OEM models available.  

Quartz tube infrared heater lamps are sold as individual heat sources or multiple emitters wired together in cassettes also known as IR Modules. QUICKLY focuses on custom infrared solutions, but we have also developed a series of IR heating systems. QUICKLY working together with clients, customizes the design of the modules according to the specific requirements of the applications and provides customers with Infrared heating modules and control systems suitable to be fitted up to new and existing lines. Generally, we will formulate a reasonable heating plan according to the customer's heating needs, such as the size of the heating space, the heating time, the required temperature, and the heat absorption characteristics of the heated material. Usually, the heating module includes three parts: infrared lamps, mechanical shells, and intelligent temperature control.   The IR modules manufactured by QUICKLY are ready for immediate use: completely cabled High-temperature control thermal switch air or water cooling system equipped with a thermal sensor for high temperature already prepared to accommodate QUICKLY infrared quartz emitters

inkjet drying infrared systems IR Infrared drying in web offset IR drying element in printing The following list of lamps is primarily for the Heidelberg printing press industry. However, Quickly manufactures hundreds of different twin tube infrared lamps that vary in length, wavelength, wattage, and voltage. We manufacture replacement IR drying lamps for virtually ALL competitors including but not limited to KBA, KOMORI, Manroland, GOSS, and Heidelberg. Our lamps are high-quality direct replacements made to the exact OEM specifications. We consistently provide our customers with significant cost savings;  If you don’t see the lamp you need listed below, please contact us with your requirements. Speedmaster 74 Short-wave, 23mm x 11mm quartz w/ gold reflector 6950 Watt, 400 Volt 900mm (35.43") OAL Heated Channel #1: 750mm (29.52") Heated Channel #2: 540mm (21.25") Type H: Staggered coils, wired parallel, 500mm (19.68") leads USED IN: Speedmaster 74(Post 98), Speedmaster CD74 (Post 98), CD74/SM74/Man 500, Graphix Dryer Lamp #M6.170.0301/01   Fast Medium-wave, 33mm x 15mm Quartz w/ gold reflector 4200 Watt, 480 Volt 820mm (32.20") OAL Heated Channel #1 750mm (29.52") Heated Channel #2: 750mm (29.52") Type B: Full coils, wired series, 500mm (19.68") leads USED IN: Grafix SHS Dryer (Post 97), Speedmaster 74/CD74 (Post 97), CD74/SM74/Man 500, Grafix SHS Dryer Lamp #SM74-FMW-B Speedmaster 52 Short-wave, 23mm x 11mm quartz w/ gold reflector 3300 Watt, 415 Volt 740mm (29.13") OAL Heated Channel #1: 670mm (26.37") Heated Channel #2: 670mm (26.37") Type B: Full coils, wired series, 500mm (19.68") leads USED IN: Speedmaster 52, SM52, Heidelberg MO, DryStar Dryer Lamp # G4.170.0101/ 53.170.1311 Medium-Wave, 23mm x 11mm Clear Quartz W/ Gold Reflector 1800 Watt, 415 Volt 720mm (28.34”) OAL, Heated Channel #1: 600mm (23.62”) Heated Channel #2: 600mm (23.62") Type B: Wired series, 500mm (19.68”) leads USED IN: Heraeus #H2130001 (09757755), Speedmaster 52 W/ Grafix IR Dryer Medium-Wave Speedmaster 102 Short-wave, 23mm x 11mm quartz w/ gold reflector 3500 Watt, 415 Volt 1100mm (43.30") OAL Heated Channel #1. 960mm (37.79") Heated Channel #2: none Type A: Single barrel, wired series, 500mm (19.68") leads USED IN: Speedmaster 102 (pre 97), Speedmaster CD102 (Pre 97), SM102, Grafix Dryer Lamp #91.170.1311 Fast Medium-wave, 33mm x 15mm quartz w/ gold reflector 6200 Watt, 400 Volt 1160mm (45.66") OAL Heated Channel #1: 1070mm (42.32") Heated Channel #2: 100/50/100mm Type G: Staggered coils, wired series, 100mm (3.93") leads USED IN: Speedmaster XL105, DryStar 3000 Lamp #F7.170.0771, Post 1997 Standard Medium-wave, 33mm x 15mm Quartz W/ Gold Reflector 2500 Watt, 415 Volt 1100mm (43.30") OAL Heated Channel #1: 960mm (37.79") Heated Channel #2: 960mm (37.79") Type B: Full coils, wired series, 500mm (19.68") leads Note: Used in Speedmaster 102 (till mid 97), Speedmaster CD (till mid 97), MAN Roland 704. Lamp# 91.170.1411 Short-wave, 23mm x 11mm quartz w/ gold reflector 5400 Watt, 400 Volt 1200mm (47.24") OAL Heated Channel #1: 740mm (29.13") Heated Channel #2: 370mm (14.56") Type H: Staggered coils, wired parallel, 500mm (19.68") leads USED IN: Speedmaster 102 (pre 97), Speedmaster CD 102 (Pre 97), CD102/SM102, DryStar Dryer Lamp #C7.170.0301/01 Fast Medium-wave, 33mm x 15mm quartz w/ gold reflector 6000 Watt, 480 Volt 1125mm (44.29") OAL Heated Channel #1: 1016mm (40.00") Heated Channel #2: 1016mm (40.00") Type B: Full coils, wired series, 482.6mm (19.00") leads USED IN: Heidelberg SM102-FMW-B Replacement Lamp, Post 1997, Graffix SHS Dryer-Fast Medium-wave           Speedmaster 72 Short-wave, 23mm x 11mm quartz w/ gold reflector 3500 Watt, 415 Volt 800mm (31.49") OAL Heated Channel #1: 730mm (28.74") Heated Channel #2:730mm (28.74") Type B: Full coils, wired series, 500mm (19.68") leads NOTE: Used in Speedmaster 72 (Pre 97), SM-72, Speedmaster 74 (Pre 97), and Graffix Dryer. Lamp#83.170.1311 Standard Medium-wave, 33mm x 15mm quartz w/ gold reflector 1900 Watt, 415 Volt 800mm (31.49) OAL Heated Channel #1: 730mm (28.74") Heated Channel #2: 730mm (28.74") Type B: Full coils, wired series, 500mm (19.68") left lead, 800mm (31.49") right lead NOTE: Used in Speedmaster 72+74/Grafix dryer, 71-36-848-29, SM-72. Lamp#83.170.1411 Heidelberg XL105 Fast medium-wave, 33mm x 15mm quartz w/ gold reflector 6200 Watt, 400 Volt 1160mm (45.66) OAL Heated Channel #1: 1070mm (42.32") Heated Channel #2: 100/50/100mm Type G: Staggered Coils, wired series, 100mm (3.93") leads NOTE: Used in Speedmaster 102/CD102 (post97), XL105, Drystar 3000. Lamp# F7.170.0771, Post 1997 Benefits of using Infrared Heating Elements for the Printing industry Quickly quartz infrared heating elements are widely used in Printing Industry as they worked well in Paint Curing, Coatings Drying, Dye Drying & Printing, covering all the most complex needs in terms of drying solutions. Be it Flexo printing, Web Offset Printing, Sheetfed Offset Printing, Corrugated Printing, Gravure printing, Digital Printing, Silk Screen printing, or Label printing. From small entry-level t-shirt dryers to professional glass screen printing drying tunnels, some silk screen printing conveyor dryers are configured with electric radiant Infrared heaters, to cure plastisol screen printing ink. You can cure or dry fast and efficiently any ink screen printed onto substrates such as t-shirts, garments, textiles, plastic, ceramic, glass, paper, electronic parts, and pad-printed products. our infrared drying lamps are versatile and individually designed to meet your specific printing requirements and processes. The choice of IR Medium Wave Emitters is based on the principle of correlation between the wavelength emitted by the Infrared source with the infrared absorption curve properties of the water-based or solvent-based inks; the use of IR Short Wave emitters requires the presence of a good cooling system and it is recommended when it is necessary to heat up the paper without significantly removing the residual moisture present in the paper and avoiding the occurrence of shrinkage problems. Infrared technology has a great production speed and consequently some energy-saving advantages. In any case, a good printing process has to ensure the complete drying of the inks before printing sheets are overlapped, cut, folded, or glued. Quickly focus on the development of infrared heating technology which dramatically reduces the time and space required for industrial heating and drying processes. We manufacture Carbon fiber medium-wave, Standard medium-wave, Fast medium-wave, and Short-wave infrared lamps in a quartz tube. Our lamps can be made with a high-temperature white ceramic reflector, high efficiency 23K gold reflector, or clear quartz. Short Wave Infrared Lamps Short-wave quartz infrared heaters are comprised of finely coiled tungsten filament surrounded by quartz glass and kinds of halogen gas. The quartz glass envelope allows the transmission of IR energy and protects the filament from convective cooling and corrosion. The Halogen cycle ensures constant infrared efficiency all the lifetime preventing the quartz glass from blackening. The Halogen Infrared Quartz Lamp is characterized by high heating power and it is particularly recommended in those cases where is important to have a fast response switching on and off time. Fast Medium Wave Infrared Lamp Fast response medium wave infrared emitters have the same product processing as short wave infrared lamps, made up of coiled tungsten filament and surrounded by quartz glass and kinds of halogen gas. It belongs to a vacuum lamp. The IR Fast Medium Wave element, is the optimal compromise when one specific application requires at the same time the IR radiation of the Medium Wave IR Heaters and the fast response time in the switching on/off of the Short Wave IR Heating Lamps. Carbon Fiber Infrared Lamp Carbon fiber infrared heating lamps have heating elements made from woven carbon fibers which are housed in quartz. They are also filled with halogen gas like quartz IR heaters. They operate at around 1,200℃ and emit medium-wave infrared. The carbon fibers produce gentler heat, and their light is less intense than tungsten. They also have long service lives. Medium Wave Infrared Lamp We manufacture and supply superior quality medium wave infrared heater that consists of a helical wound resistance coil housed in a quartz tube. The quartz tubing is terminated with ceramic insulating caps, they are tightly fastened to the quartz tube with high-temperature cement that allows the quartz to breathe. Made of high-quality material, these are superior in performance and offer long serving life. The IR Medium Wave Heaters are particularly suitable for the fast heating of surface parts or thin-thickness materials. Plastic, water, and other solvents absorb particularly well the radiation at this wavelength.