S A Industries Jaysingpur, Kolhapur, Maharashtra

Demister of wire mesh pad is also known as mist eliminators or sprays. This is a kind of high efficiency separation devices, used throughout all kinds of process industries, to remove liquid droplets from gas or vapor streams. Wire Mesh Demister Pads are used in chemical, petroleum, sulfate, medicine, light industry, metallurgy, machine, building, construction, aviation, shipping and environment protection. Demister pad is mainly used to eliminate streams with diameter of more than 3μm to 5μm. We are a reliable Manufacturer, Supplier and Exporter of Wire Mesh Demister Pad. Why Our Wire Mesh Demister Pad? Simple structure with light weight.Less pressure drop and big surface.High demisting efficiency.It is convenient for installation, operation and maintenance.Long service life. Features It shows 99% efficiency under general conditions and velocity (1~3m/sec or higher). Over 98% open area is guaranteed under any conditions so pressure drop caused by the use of the demister can be disregarded (0.1�~1.0 W/G).It can be made of any material suitable for the given temperature and corrosion-resistance. It is possible to install by use of M/H so it is easy to handle. There is no restriction in the conditions, place, and size for use. It is installable on the existing systems.Self-cleaning is possible. It is semi-permanent so it is economical. Wire Mesh Demister Pad Material : Stainless steel wire, nickel wire, copper wire, galvanized wire, iron wire and monel wire. Demister Materials (Mesh Pad type) It can be made of various materials, depending on its use, and its major materials are as per the below : SS304, 304L, SS316, 316L, MONELP.P (POLYPROPYLENE), P.E (POLYETHYLENE), TEFLONGlass Fiber

Having a matchless capability to absorb shock, the Shock Absorption Type Demister Pad, which we offer, is appreciated for exhibiting high impact resistance and a long life. We are rated among the dependable and renowned Manufactures, Suppliers and Exporters of Shock Absorption Type Demister Pad. Material Of Shock Absorption Type Demister Pad : 304,304 L, 316 and 316 L Specifications Model : 20-40, 30-80, 40-120 and 50-120Wire Diameter : 0.27/0.35Weight Capacity : Can be supplied as per require

Laminar Flow Cabinets create particle-free working environments by projecting air through a filtration system and exhausting it across a work surface in a laminar or uni-directional air stream. They provide an excellent clean air environment for a number of laboratory requirements.

hydraulic hand pallet truck 3ton capacity

Brand Name : SHERISH

Material : MS

Driven Type : Hydraulic

Material Grade : CRCA

Wheel Material : NYLON /CAST IRON

Color : Black, Blue, Green, Grey, Yellow

Condition : New

Power Source : HYDROLIC

Application : Moving Goods

Certification : ISO 9001:2008

Capacity : 1-3tons

Lifting Capacity : 3

Loading Capacity : 3

Type : Hydraulic Hand Pallet Truck

Warranty : 1year

After-Sales Service Provided : YES

Country of Origin : India

Fork Length : 1150 TO 1600

Fork Width : 410 TO 600

Max. Lifting Height : 200

Max Lifting Height : 200

AMC/After Sales Service : YES

Loading Capacity(Ton) : 3

Hepa is a type of air filter. Filters meeting the HEPA standard have many applications, including use in medical facilities, automobiles, aircraft, and homes. HEPA filters are composed of a mat of randomly arranged fibres. The fibres are typically composed of fiberglass and possess diameters between 0.5 and 2.0 micrometers. Key factors affecting function are fibre diameter, filter thickness, and face velocity. The air space between HEPA filter fibres is much greater than 0.3 μm. The common assumption that a HEPA filter acts like a sieve where particles smaller than the largest opening can pass through is incorrect. Unlike membrane filters at this pore size, where particles as wide as the largest opening or distance between fibres cannot pass in between them at all, HEPA filters are designed to target much smaller pollutants and particles. These particles are trapped (they stick to a fibre) through a combination of the following three mechanisms : Interception, where particles following a line of flow in the air stream come within one radius of a fibre and adhere to it. Impaction, where larger particles are unable to avoid fibres by following the curving contours of the air stream and are forced to embed in one of them directly; this effect increases with diminishing fibre separation and higher air flow velocity. Diffusion, an enhancing mechanism that is a result of the collision with gas molecules by the smallest particles, especially those below 0.1 µm in diameter, which are thereby impeded and delayed in their path through the filter; this behaviour is similar to Brownian motion and raises the probability that a particle will be stopped by either of the two mechanisms above; it becomes dominant at lower air flow velocities.Diffusion predominates below the 0.1 μm diameter particle size. Impaction and interception predominate above 0.4 μm. In between, near the Most Penetrating Particle Size (MPPS) 0.3 μm, both diffusion and interception are comparatively inefficient. Because this is the weakest point in the filter's performance, the HEPA specifications use the retention of these particles to classify the filter.Lastly, it is important to note that HEPA filters are designed to arrest very fine particles effectively, but they do not filter out gasses andodor molecules. Circumstances requiring filtration of volatile organic compounds, chemical vapors, cigarette, pet, and/or flatulenceodors call for the use of an activated carbon (charcoal) filter instead of or in addition to a HEPA filter. HEPA filters, as defined by the DOE standard adopted by most American industries, remove at least 99.97% of airborne particles 0.3 micrometers (µm) in diameter. The filter's minimimal resistance to airflow, or pressure drop, is usually specified around 300 Pa at its nominal flow rate. The specification usually used in the European Union is the European Norm EN 1822:2009. It defines several classes of HEPA filters by their retention at the given Most Penetrating Particle Size (MPPS):

Generator Acoustic Enclosure, which we offer, is used for generator sets. These Generator Acoustic Enclosures are available in two specifications, welder and modular construction. Used for reducing the sound level around the sound generating source to acceptable norms, these Generator Acoustic Enclosures are easy to maintain. Why Our Generator Acoustic Enclosure? Reduces sound levels considerablyHigh durabilityEase of installationCustomized solutions

We are amidst the credible Manufacturers, Suppliers and Exporters of Down Style Demister Pad. Designed keeping in mind the set industrial standards for quality, this Down Style Demister Pad is designed using the cutting-edge technology. We offer the Down Style Demister Pad at the market leading rate to the customers.

Blower Acoustic Enclosure, which we offer, is made from standard materials such as Mild Steel Sheeting for the Outer Walls and Rock Wool covered with Perforated Metal to Foams and Composites for the Inner Lining. These Blower Acoustic Enclosures are available in different sizes and offered at the market leading prices. Why Our Blower Acoustic Enclosure? Reduces noise to considerable levelsSturdy makeLong lifeEasy maintenance

An air door or air curtain is a device used for separating two spaces from each other, usually at the exterior entrance. The most common configuration for air curtains is a downward-facing blower fan mounted over an opening, blowing air across the surface of the opening. Air Curtains can come with, or without heaters to heat the air. Normally the opening is an entrance to a building, or opening between two space conditioned at difference temperatures. Air curtains can serve many purposes. They can be intended to help keep flying insects out by creating forceful turbulence. It also helps keep out outside air, reducing infiltration though the opening. They can also be used to avoid cold drafts by mixing in warm air heated by the air curtain. The fan must be powerful enough to generate a jet of air that can reach the floor. Air curtains are utilized when a barrier is needed across an opening, and when reducing energy costs is desired. Some applications include customer entryways, airplane hangars, cargo doors, drive through windows, restaurant doors, or shipping receiving doors. The air stream the air curtain places across the opening creates an invisible barrier to contain an air conditioned space and reduce infiltration. Typically, an air curtain can pay for itself in one to two years by reducing the load on the building's heating or air conditioning system. Usually, there is a mechanism, such as a door switch, to turn the unit on and off as the door opens and closes, so the Air Curtain only operates when the door is open. Heated Air curtains are commonly used when supplemental heat is needed for a space, and to reduce the wind chill factor across the opening in colder climates. Air Curtains work best when the pressure differential between the inside and outside of the building is as close to neutral as possible. Negative pressures, extreme temperature differences, elevators in close proximity, or extreme humidity can reduce the effectiveness of Air Curtains. The most effective air curtain for containing heated or cooled air inside a building with an open door will have a high face velocity at the opening, generated by top-down flow, recovered by a recirculating air plenum and duct return to the source fans. This configuration is available for new construction, but difficult to provide in existing buildings. The air curtain is most effective with low exterior wind velocity. At higher wind velocities, the rate of air mixing increases and the outside air portion of the total face flow increases. Under ideal conditions of zero wind, the effectiveness of the air curtain is at its maximum. In windy locations air curtains cannot create a perfect seal, but are often used to reduce the amount of infiltration from an opening. For industrial conditions, high face velocities are acceptable. For commercial applications like store entrances, user comfort dictates low face velocities, which reduce effectiveness of separation of exterior air from interior air. Non-heated air curtains are often used in conjunction with cold storage and refrigerated rooms. Airflow through a door depends on wind forces, temperature differences (convection), and pressure differences. Air curtains can be used to save energy by reducing the heat transfer (via mass transfer when air mixes across the threshold) between two spaces, although a closed and well-sealed physical door is much more effective. A combination is often utilized; when the door is opened the air curtain turns on, minimizing air flow from inside to outside and vice versa. Air curtains are often used where doors are required to stay open for operational purposes, such as at loading docks and vehicle entrances.