AirStreamTM ——Radiation heating plays main role during glass heating, while compressed air is injected into heating furnace, in which it brings certain amount of heat onto glass top surfaces and is helpful for even heating online low-E glass, etc. SuperAirTM ——Radiation heating plays main role during glass heating, while larger volume of compressed air is blown into heating furnace by intelligent pipe convection system. Therefore, both online and offline low-e glass can be evenly heated. JetConvectionTM—— Convection heationg plays main role during glass heationg. After being heated in jet convection chamber, the hot air inside heating furnace is blown onto glass surfaces and then goes back to hot air blowers for contiuous circulation, which not only ensure even heating, low production costs, but enhance the quality of the end products as well. LD-AL JetConvection Continuous Flat Tempering Furnace LD-AL JetConvection continuous flat tempering furnace adopts JetConvection heating and AirStream heating technologies; it is suitable for tempering high quality, large volumes flat glass for architecture and furniture. Glass can be tempered includes: on-line and off-line Low-E (E=0.03) glass, extra white glass, silk-printed glass, pattern glass, tinted glass, clear glass, etc.

LD-AL JetConvection Continuous Flat Tempering Furnace
Types	Max. dimension	Min. dimension	Glass thickness	Procuctivity (m2//h)	Installed capacity(KVA)
A1225L	1200X2500	100X350	3-6/4-8	295	1600
A1230L	1200X3000	100X350	3-6/4-8	306	1600
A1525L	1500X2500	100X350	3-6/4-8	357	2000
A1530L	1500X3000	100X350	3-6/4-8	368	2000
A1625L	1600X2500	200X350	3-6/4-8	388	2500
A1630L	1600X3000	200X350	3-6/4-8	398	2500
A1730L	1700X3000	200X350	3-6/4-8	418	3000

Productivity is calculated on 4mm clear glass with 100% loadage. Actual productivity is subject to glass types, sizes and loadage. Not all types are listed here due to limited space.