The steel sheet can be made into Arch eaves board by crimping curved making machine.
The eave boards are widely used in gardens, factories, storehouses, hotels, exhibition halls, shops, simple architectures and mobile houses.
Color steel corrugated and trapezoid steel sheet crimping curving machine consists of feeding device, curving&pressing device and electric control system. It adopts the formed pressing die to press the [pit" on the formed panels and make the panel curved. By changing the distance of the wave mark and adjusting the depth of [pit" can form into the panels with different radian. This machine adopts the PLC control to realize the automatic controlling of wave mark space and the free-set of wave mark space data.
Technique parameters
(1) Processing material: Aluminum/galvanized steel/colored steel coil
(2) Material thickness:0.3- 0.8mm
(3) Product size:2600*1600*1200mm
(4) Main motor power: 4kw
(5) Pump power:3kw
(6) Shaft diameter: 60mm
(7) Forming steps: 5steps
(8) Roller material: high grade 45# steel, hard Chromium plating
(9) Main frame: Steel pipe welded frame
(10) Medium plate thickness: 16mm
(11) Speed:8-12m/min
(12)Material of the cutting blade:Cr12
(13) Control system: PLC computer control
(14) Power supply: 380V, 3 Phase, 50Hz (can change as customers request)
Components of line
1.Roll Forming System 1 unit
2.Cutting Device 1 unit
3.Hydraulic Station 1 unit
4.PLC control system 1 unit
Crimping Curving Machine Crimping Curving Machine,Roofing Sheet Crimping Machine,Automatic Crimping Curving Machine,Crimping Curved Roll Forming Machine CANGZHOU DIXIN ROLL FORMING MACHINE CO., LTD , http://www.hebeimachine.com
OSRAM and Nanoco sign development agreement to improve LED lighting performance
According to foreign media reports, OSRAM has signed a follow-up cooperative development agreement with NanocoTechnology on the application of Nanoco quantum dots to general lighting. It is understood that Nanoco is a venture company listed on the London Alternative Investment Market (AIM) and spun off from the University of Manchester, UK, which produces cadmium-free quantum dots and other nanomaterials. As early as August 2011, Nanoco had already reached an agreement with OSRAM to improve LED lighting performance. Nanoco said that the current market mainly produces white light from blue LEDs, but the red light wavelength in the light produced by this method is weak, resulting in lack of warmth and unreal color. This defect limits the widespread adoption of LEDs in certain general lighting applications, and Nanoco quantum dots have the potential to overcome these problems. Nanoco said that considerable progress has been made in optimizing the combination of cadmium-free quantum dots and blue LEDs, effectively improving the color performance of LEDs.