3D

Shahrokhi Technical Institute is a pioneer in the design and construction of linear airflow systems in Iran. It produces the Laminar flow diffuser with continuous research and in compliance with current standards and provides all the air conditioning requirements of the operating room of the hospital. With more than 40 years of experience in the field of air-flow diffusers and terminals, this institution is a well-known name in the air conditioning industry.

Air purification device

The above device is produced in a modular way to solve problems caused by large dimensions in transportation. The boxes are transported to the installation site as separate modules in smaller sizes. Inside the space, it is easily assembled with special bolts and straps, and after completion, it is connected to the (technical) roof structure by hanging rods with the ability to adjust the height.

Attributes:

It has a 1 mm thick SS 304 steel body and connections, without welded connections, and is resistant to corrosion and chemical cleaning agents.

Consisting of modular and separate boxes with uniform distribution of flow on the surface of the filters and with hidden sanitary seals and antibacterial silicone.

Made following current European standards such as DIN 1946-4 and ASHRAE 170, observing the principles of hygiene and clean room.

The highest efficiency in air filtration with a high level of HEPA filter coverage in each box and around 90% of the airdrop level.

A unique mechanism for easy installation of the HEPA filter, in such a way that the conical bases make it easy to place the filter in the desired place.

Using a UV lamp in the inlet plenum and disinfecting the air entering the device before the filtration

Laminator made of polyester fabric with an aluminum or steel frame to even out the pressure and airflow and its laminar fall with the ability to open and close easily for washing.

With the possibility of installing lights before the fabric (silk) of the laminator to light up the space under the device and make it more beautiful.

Has a certificate of approval for high classes of plenum leakage from the Shahrokhi laboratory and minimal air leakage from the body

Absence of uneven edges and ease of cleaning the internal surfaces laminar airdrop with high quality and density and uniform air speed throughout the outlet surface

Absorption of fluids during spraying and not returning to the patient’s bed

Full coverage of surgical beds, operating room personnel, and equipment

High filter coverage and removal of excess surfaces

Air intake from the side of the device and ease of duct connection

 

    Attributes

  • It has a 1 mm thick SS 304 steel body and connections, without welded connections and resistant to corrosion and chemical cleaning agents.
  • Consisting of modular and separate boxes with uniform distribution of flow on the surface of the filters and with hidden sanitary seals and antibacterial silicone.
  • Made in accordance with current European standards such as DIN 1946-4 and ASHRAE 170, observing the principles of hygiene and clean space.
  • The highest efficiency in air filtration with a high level of HEPA filter coverage in each box and around 90% of the air drop level.
  • A unique mechanism for easy installation of the HEPA filter, in such a way that the conical bases make it easy to place the filter in the desired place.
  • Using a UV lamp in the inlet plenum and disinfecting the air entering the device before filtration
  • Laminator made of polyester fabric with an aluminum or steel frame to even out the pressure and air flow and its laminar fall, with the ability to open and close easily for washing.
  • With the possibility of installing lights before the fabric (silk) of the laminator to light up the space under the device and make it more beautiful.
  • Has a certificate of approval for high classes of plenum leakage from Shahrokhi laboratory and minimal air leakage from the body
  • Absence of uneven edges and ease of cleaning the internal surfaces
  • Laminar air drop with high quality and density and uniform air speed throughout the outlet surface
  • Absorption of fluids during spraying and not returning to the patient's bed
  • Full coverage of surgical beds, operating room personnel and equipment
  • High filter coverage and removal of excess surfaces
  • Air intake from the side of the device and ease of channel connection
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