Top & bottom drilling spindles of GHD-H-130AL works automatically
Just one button, bottom spindle starts then top spindle after
Laser device helps glass holes registration
Drilled glass core automatically ejected & pushed to a collector bin
Drill hole centre to "C" stands up to 1000 mm
Proper speed with adequate control ensures drill holes free of burr
Core drill center water cooling
Top & bottom drilling spindles of GHD-H-130AL works automatically
Just one button, bottom spindle starts then top spindle after
Laser device helps glass holes registration
Drilled glass core automatically ejected & pushed to a collector bin
Drill hole centre to "C" stands up to 1000 mm
Proper speed with adequate control ensures drill holes free of burr
Core drill center water cooling
Introduction:
When it is done in a proper way, a piece of glass can adjust the light transmission rate passing through it by changing its transparency or colour. This process is called chromogenic. There are several chromogenics. They are electrochromic, photochromic, thermochromic and gasochromic etc. The most popular is electrochromic. There are two types of electrochromic, PDLC (polymer dispersed liquid crystal) and SPD (suspension particle device). And PDLC is most frequently used.
PDLC glass is a light control glass. It can regulate and adjust the light intensity or light transmission passing through the glass. Sometimes, it is known as intelligent glass, magic glass, privacy glass, smart glass or switchable glass.
Polymer dispersed liquid crystal film is a light changing liquid crystal film. It is base on the especial performance of liquid crystal material ¡ï¿½plight valve¡ï¿½+. Crystal tiny drop in this film under external electric field rank, distribute in order, when incident light completely permeate, film display clear and colorless state; when external electric field disappear, crystal tiny drop in this film rank order is disturbed, which is made incident light scattering to create ¡ï¿½psandblasted glass¡ï¿½+ effect. Also let positive and negative type of PDLC crystal dye bond make full color light valve film, through change voltage size and frequency to show kinds of color.
Regulating light crystal film firstly applies in NASA manned spacecraft glass new material project and obtain success.
This material through decade developing after invented, more and more applies in civil product market, because of productive procedure perfecting step-by-step and cost continuously reducing.
Regulating light glass is one of the intelligence type of top grade function glass, it adjusts sunlight change from beat and dispersion through voltage on and off, it made glass transparence and protective intimity double requirement come true, even if it is not transparence, light transmitting is also good, ray is enough in room, that is all curtain can not come true, furthermore, it acts as insulation and reflection to infrared, to make inside of room warm in winter and cool in summer, moreover it is environmental protection and energy saving products. This products adopt laminated glass process, are made of regulating light film compound in two piece of glass, it makes use of liquid crystal optic anisotropy to come true regulating light film photo-electricity performance.
PLYWOOD CASE
We provide two series of laminated machine. Lm-af-t is a tilting design and lm-af-c a chamber design.
Lm-af series
Characteristic
1. Laminated glass is made in this machine. No autoclave or roller press is required. The laminated glass made from this machine is finished product.
2. Vacuum rubber ring and vacuum rubber bag are not required. For details, please refer to the technical description of each model.
Type of glass to be made
This machine is used to make different type of laminated glass such as,
1. Laminated glass for decorative and architectural purposes.
2. Polymer dispersed liquid crystal (pdlc) panel which is transparent allowing light passing through when voltage applied and opaque when voltage shut off.
Eva interlayer film
The laminated glass made out of this machine requires no pvb. Instead, a special interlayer film eva is used to bind the glass. Not like pvb, eva film is easy to be handled such that it requires no control in temperature and humidity. Hence, no assembly room is needed and thus, air-conditioner and de-humidifier are not required. The laminated glass can be made from one piece of eva film such that excellent anti-penetration strength is obtained without any glass fragmentation in case the laminated glass is broken accidentally.
Pallet or plywood case
Glass Straight Line Edging Machine is suitable for grinding flat edge with arrises of different thickness and size glass. Equip with nine bowl or cup shape special purpose wheels, five for flat edge, and four for arrises. The grinding and polishing of flat edge with arrises are finished at one processing
Wooden case or Plywood case
Five Stations Glass Bending Furnace
One Heating Chamber, Two Closed Top Annealing Stations & Two Loading / Unloading Stations
Two Wagons Moving Among 5 Stations
Metal Structure with High Temperature Resistant Paint
Closed Top Cover Heat Insulated with Thick Thermal Preservation Materials
One Glass is Being Bent While Another Glass is Being Annealed & Cooled
Middle Heating Station Fully Utilized All the Time Minimizing Downtime
Minimum Heat Loss with Lowest Possible Energy Consumption
Heating Elements Installed on Top of Heating Chamber
Each Heating Resistor is Individually Control by Corresponding Switch on Control Panel
Thermocouples Measure Real Time Temperatures
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We provide various types of glass cutting tools from straight cut, round cut, oval cut to shape cut.
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The attached stencil forms open areas of mesh that transfer ink as a sharp-edged image onto a substrate. A roller or squeegee is moved across the screen stencil forcing or pumping ink past the threads of the woven mesh in the open areas. When substrate is glass, inks are then transferred on glass surface becoming screen printed glass. z
50 to hundreds times more throughput than manual breakout
Hundreds to thousands pieces of rectangular and square glass are breakout in minutes
Reliable mechanical breakout
Easy adjustment
Breakout is done automatically
Lowest possible labor force
Operation is easy
Almost free of maintenance
Available in two series, standad bk-s with single strip loading and workhorse bk-m with loading magazine for multiple strips loading for mass production
Long-narrow-glass-breakout-machine.Jpg
Strip glass machine is specially designed to breakout long strip of glass into pieces of rectangle and square especially when glass is small and thick.
The breakout system employs simple but reliable mechanical roller design built with sturdy structrue and qualified parts and components. This allows 24/7 running almost maintenance free.
The breakout system is adjustable according to different glass thicknesses. It can also be fine tune according to different cutting quality.
By means of electrical driven belt conveyor, strip glass is brought in and out of the mechanical breakout system automatically.
We provide two series of strip glass breakout machines,
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CUT-AUTO-A-L1A
Automatic Precise Shape & Straight Cutting of Glass
Tilted Arms for Easy & Fast Glass Loading
X-, Y-, Z-Axes AC Servo Motors with Drivers
User Friendly Operator Interface
Air Floating Cutting Table covered by Smooth Durable Felt
Built-in Breakout Bars
Automatic Cutting Wheel Lubricant Feeding
Optimization Software Minimizes Cutting Wastage
Heavy Duty Electro welded Tubular Steel Structure with Anti-Rust Painting
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Xinology GTF Series Glass Tempering Furnaces Are Used To Induce Stress On Glass Surfaces By Thermal Process
This type of furnace is also named as glass thermally tempering furnace. Glass strength is increased compared with ordinary glass. Tempered, or also known as toughened glass, will usually shatter into small fragments instead of sharp shards when broken. These small cuboid fragments are less likely to cause injury. Xinology glass tempering furnaces also produce heat strengthened glass or also known as
half tempered glass which shatters in
big clusters.
Sturdy Welded Tubular Steel Painted with Top Quality Varnish
Glass Tilted Activated by Powerful Cylinders
Shock Free Tilting Motions Especially When Approaching Horizontal Position
Scratch Free & Abrasive Proof Swivel Castor Balls or Wheels
Glass Horizontal Freely Moved Manually on Ball Casters when Upper Section is Tilted Down Horizontally
Glass Vertically Leans & is Supported on Caster Balls when Glass is Being Manually Moved Vertically Against Idle Bottom Rollers
One Station Budget Glass Bending Furnace
Heating, Annealing, Cooling, Loading & Unloading are Carried Out at the Same Station
Metal Structure with High Temperature Resistant Paint
Oven Body Wall Insulated with Thick Thermal Preservation Materials
Top Cover Tilted by Powerful Pneumatic Cylinders
Tilting Top Cover Heat Insulated with Thick Thermal Preservation Materials
Tilted Top Cover Provides Better & Efficient Annealing & Cooling
Minimum Heat Loss with Lowest Possible Energy Consumption
Each Heating Resistor is Individually Control by Corresponding Switch on Control Panel
Thermocouples Measure Real Time Temperatures
Specially Design for Glass Angle Bending with Deep Bending Depth
The PV photovoltaic systems which are ready to convert solar energy to electricity power are the results of following manufacturing processes,
The production line we provide is the machineries to convert solar cell into solar module. Solar cell could be mono crystalline or multi crystalline silicon. It includes complete machines from solar cell cutting, soldering till frame installation and inspection. The line includes following major machines and accessories,
