Cooling Plate

Cold plate is used for re-cooling blocks prior to sectioning or as part ofan embedding center to cool molds after paraffin dispensing.

Tempered Glass

1.Tempered glass is produced by heating annealed glass in a furnace to 620 degree centigrade. Progressing from the furnace, the glass is rapidly cooled with jets of cold air, inducing compressive stresses to the surface while the center remains tensile.
2.It is 5 times stronger than annealed glass of the same thickness.
3. Stronger resistance to thermal breakage than annealed or heat strengthened glass
4. If breakage occurs the glass breaks up into small, cubical fragments, which are not threatening to humans.

Fetures:
-Suitable for use as a safety glass as defined by customer product safety association 16CFR1201,ANSI Z 97.1 1984 and BS 6262.
-Conforms to CCC,AS/NZS2208-1996(Licence No: SMK40377 ),EN12150-1,and ASTM C1048,All work done on glass.
Special processing: cutting, holes notching or edge working will-be made before heat treated.
Application:
-Curtain walls of buildings
-Exterior and interior for buildings.
-Showroom,lobby facades,escalator side plates,staircase handrails.
-Viewing partions for sports complexes,resorts and airports.

smart glass:
1.Operation mode: NO (transparent), OFF (opaque).
2.Maximum size: W1200mm*H3500mm
3.Thickness: 4mm,5mm,6mm etc.

Imagine a high-tech glass that you could change from transparent to frosted with the flick of a switch¡­ You could use it for home windows (eliminating the need for blinds), for store fronts (at night), and even for bathrooms (requiring users to stretch for a new level of trust in technology).A French company produces an ¡°intelligent¡± glass called Privalite, which can be switched from an ordinary-looking clear glass to a foggy-looking frosted glass by running an electrical current over a polymer liquid-crystal film sandwiched between two plates of glass.

When a product is called ¡°smart¡±, it simply means it is programmed with an auto-intelligence capable of operating a single task. And the same goes for smart glass: instead of relying on glass treatments to block the light, these specially designed, energy-efficient glass panes automatically control the suns solar penetration.

How does Smart Glass Work?
Privacy glass works according to the principles of polymer liquid-crystal optics. The laminated glazing comprises two sheets of glass, either clear or tinted, and a liquid crystal film. Both faces of the film are covered with a transparent, electrical conductive coating. When the glass is switched off from its special power supply, the liquid crystals are randomly scattered and diffuse light in all directions. By switching the glass on, the crystals line up and reorient themselves, turning the opaque glass totally transparent. Switching from the non-transparent state to the transparent state is almost instantaneous and can be repeated as often as desired.

In recent years, the market for light-control glass has expanded due to the increasing demands for energy efficiency and heat and light control, automated shading, privacy, and design and engineering innovation.


Applications
Smart glass can be applicable in the following areas:

Several professions and industries such as the house, the fitment and the automobile.

In the industry of real estate/decoration, it can be applied in high-stand apartments, villas, town houses, office building and stores.

Building walls, doors, windows and indoor separation, decorations.

The big area of the projection wall

The controllable options of offices (meeting rooms, supervision rooms)

The controllable options of public facilities (restaurants, hotels, banks, hospitals, the recreational places)

Applications of smart glass include building windows, doors and skylights; automobile, boat and aircraft windows; appliance windows, computer screens and cell phone screens. Its use in home and residential windows can all but eliminate the need for blinds or shades, and it fits in with the "green movement" by helping with interior heating and cooling.

Advantages
Smart glass does not need cleaning and does not fade in the sun like cloth and plastic.

It only requires a small amount of energy to sustain (powering several windows at once uses less electricity than a single light bulb) and electrochromic glass hardly needs any electricity at all.

Can assist the air condition to economize energy and can obstruct ultraviolet radiation.

Allow enough light even when opaque, tenders bright indoors.

Technical Specification:

Size:

Maximum size of Single panel glass: W1200mm*H3500mm

Glass: clear float glass

Thickness: 4mm,5mm,6mm,8mm,10mm.

Film thickness: 0.38mm/0.76mm/1.14mm



Power Performance:
Operating voltage: AC60-75V

Frequency: 50HZ ~ 60Hz

Amperage: In AC110V, 100mA/sqm

Electric Consumption: In A C110V, 5W/sqm

switching speed: less than one second(from the opaque to transparent:100ms;from transparent to opaque: 400ms)


Optical performance:
Operation mode: NO (transparent), OFF (opaque)

Visible light transmittance: power on 75%, power off 10%

Light transmittance: ON 80%, OFF 60%

Haze coefficient: ON 3%, OFF 82%

UV Blocking: more than 98%

Visible angle: 130 degrees.

Working environment: - minus 20¡ãC to 65¡ãC

Working life: more than 10 years

Quality assurance: one year



Export wooden packaging.

Product Description
Our organization FITZER has gained recognition as the affluent manufacturer and supplier of a qualitative range of U Tube Absolute Pressure Mercury Filled Manometer. The offered manometer is designed by our adroit professionals using the best quality components and sophisticated technology in sync with industry standards. We guarantee our clients that this manometer is tested on varied parameters in order to ensure its flawlessness. Clients can avail this manometer from us at nominal prices.

Features:

Flawless finish
Easy to operate
Sturdy construction
Specifications:

Model: FITZER / UAPI / 76
Ranges:50-0-50 & 500-0-500 mm of Hg
Resolution: 1 mm Of Hg Catalogue

Glass Tube Rotameter is a Variable Area Flow Meter. A rotameter consists of a tapered tube, typically made of glass, with a 'float' made of SS or PTFE. The differential pressure across the annulus area is constant. The float moves through the tapered tube up and down with respect to fluid flow. The vertical position of the float as indicated by scale is the measure of the instantaneous flow rate.

Specifications :

Material of Construction : CS / SS 304 / 316 / PTFE
Float : SS 316 / SS 304 / PTFE
Tube : Glass Borosilicate
Packing : PTFE / VITON / Silicon / Neoprene
Enclosure : SS Buffed / MS Powder Coated / FRP
Line Size from 15 NB to 80NB
Ranges between 2.0 LPH to 2SQ00LPH
ace-To-Face Distance : 500mm
Accuracy : +/- 2% of Full Scale
Measuring Span : 1:10
Scale : Acrylic / Aluminum / SS
Various Features :

Heavy Duty Design with Maximum Visibility
Two Tone Powder Coated Excellent Finish
No Threads in Body, Avoids Corrosion
Easy to Maintain and Replace
Suitable for on Line Installation
Single Piece (Joint-less) PTFE/ PFA/ PP cladded end connections

Metal tube Rotameters are variable area flowmeters for measuring volumetric flow rates of liquids and Gases.
The construction includes a tapered stainless-steel tube.
A float with a magnet embedded in it, moves inside a tapered tube.
The float is magnetically coupled with an indicating pointer assembly.
The float position inside the tube is result of balancing of buoyancy and gravitational force. As flow tube is tapered from inside, gap is created between inside wall of tapered tube and the outer diameter of float and fluid flow passes through it. As the float moves vertically up and down inside the tube, the magnetic coupling moves the indicating pointer assembly which is indicates the flow rate.
An analog electrical output of 4-20 mA which is proportional to fluid flow rate can be offered in Metal tube Rotameter.
A Hall effect sensor senses the position of pair of magnets mounted on shaft assembly.
As the analog pointer rotates the output of the Hall effect sensor varies.
This output is processed by an electronic circuit to give current output proportional to flow rate.
Electrical Transmitter version is available in various versions suitable for applications in safe and hazardous areas.
Two wire Loop powered 24 DC supply
Output: 4-20 mA
HART communication output (Optional)
CE / ATEX certifications
IP 65 construction as standard

Glass-lined reactors are used worldwide, in very severe environments in chemical industries as well as for the glass layer sanitary properties in pharmaceutical industries.

The requirements for glass-lined reactors are reliability, safety, flexibility, efficiency, cost effective operation and availability for industrial processes.