Filtration Equipments

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• All vessels are manufactured from high alloy stainless steel (AISI 316 Quality)
• All joints are argon welded. Gaps dead corners are reduced to an absolute minimum
• The interior exterior of all vessels are fine grounds to give a mirror polish finish
• Internal surface after mirror finish it is electro polished
• A long tube at the center (outlet) is provided to ensure complete drawing of the fluid
• An air tight lid TC connection and food grade silicon sealing ring
• Each vessel is tested at 6 bar pressure
• These vessels can be put in autoclave or can be steamed for sterilization
• Available in standard model capacities between 2 liters to 200 liters.
• As per cGMP standard
• Finish: Mirror finish
• Design: cGMP standard

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• Easy to install
• Low maintenance
• Robust construction

• Six phase and three phase test units are available to simultaneously filter five or two test samples, with a concurrent control filtration of sterile diluting fluid without included sample, for an immediate overall verification of system sterility
• The sterility testing manifolds are made out of S.S material Glass unit
• The entire unit can be autoclaved. Essential parts of the test units are a combined manifold for vacuum and flushing; glass filter holders with rubber covers, 13mm filter holders, stopcocks and three-way valves

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• Sturdiness
• Robust construction
• Precisely designed

• Varied designed for the clarification of Pharmaceuticals, Chemicals, and bacteriological products
• These find a wide range of application in the beverage brewry, distillery plastics, dyestuff alcohol, gelatin and many other industries
• The filtration unit consists of several parts of filter plates and frames arranged vertically on
• S.S. Chasis between a pair of fixed body and moving body, so that alternate sets are
• connected through sockets forming separate channels for inlet and outlet.
• The fixed body has the main inlet and outlet connections mounted on it
• while the moving body has a tightening screw connected to a power pack mechanism for higher sizes of filter presses

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With the assistance of skilled and dedicated professionals, we bring forth for our clients technologically upgraded Sparkler Filter. Widely demanded in various processing industries, this press is used for the filtration of various fluids that are fed in it. These are specially designed for an efficient functioning and are available in the market in a variety of sizes. We offer six months of warranty on all our products from the date of purchasing so as to win the trust of our customers.

Features:

• Prevents evaporation,
• Excellent filtrate rate
• High cake holding capacity
• Energy efficient

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• Dimensional accuracy
• Smooth finish
• Compact design

• The vial depyrogenation tunnel will be used for depyrogenation of the vials through conventional heating system to achieve the 3 log reduction of endotoxin
• The exposure time for all the vials shall be more than 3 min at or above 300 when pass through the depyrogenation tunnel
• Vials will pass from all the 4 different zone of depyrogenation tunnel
• Air comes to the 4 zone of the depyrogenation tunnel will be through Hepa filters
• The air from drying zone and cooling zone will be exhausted out from the area and air from depyrogenation zone will be recirculated.
• After completion of depyrogenation operation, vials will directly transfer to the vial filling machine
• The vial depyrogenation tunnel operation must be performed in strict conformance with current good manufacturing practice (CGMP)
• Vials will come from the vial washing machine to the depyrogenation tunnel and from the depyrogenation tunnel, must be capable of interfacing with the vials washing machine and vial filling machine
• The vial depyrogenation tunnel control system shall include a temperature control system
• The control system must have the capability to display the set parameters and actual parameters
• Overall dimension of the machine shall match with the area layout draw
• The conveyor width shall match with the output requirement
• Depyrogenation tunnel shall have following zone
• Drying zone
• Depyrogenation zone
• Cooling zone
• Stabilizing zone
• The viewing port for Drying and cooling zone shall be air tight
• The Drying zone and cooling zone shall have EU 14 type Hepa filters
• Depyrogenation zone shall have you 13 type Hepa filters
• The machine shall have differential pressure indicator across the Help filters for the four zones
• Each zone or the depyrogenation tunnel shall have aerosol introduction port for the Hepa filter integrity testing

Additional Information:

• Pay Mode Terms: T/T (Bank Transfer),Other

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• Application specific design
• Durability
• Easy installation

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• Dimensional accuracy
• Smooth finish
• Compact design

• The vial depyrogenation tunnel will be used for depyrogenation of the vials through conventional heating system to achieve the 3 log reduction of endotoxin
• The exposure time for all the vials shall be more than 3 min at or above 300 when pass through the depyrogenation tunnel
• Vials will pass from all the 4 different zone of depyrogenation tunnel
• Air comes to the 4 zone of the depyrogenation tunnel will be through Hepa filters
• The air from drying zone and cooling zone will be exhausted out from the area and air from depyrogenation zone will be recirculated.
• After completion of depyrogenation operation, vials will directly transfer to the vial filling machine
• The vial depyrogenation tunnel operation must be performed in strict conformance with current good manufacturing practice (CGMP)
• Vials will come from the vial washing machine to the depyrogenation tunnel and from the depyrogenation tunnel, must be capable of interfacing with the vials washing machine and vial filling machine
• The vial depyrogenation tunnel control system shall include a temperature control system
• The control system must have the capability to display the set parameters and actual parameters
• Overall dimension of the machine shall match with the area layout draw
• The conveyor width shall match with the output requirement
• Depyrogenation tunnel shall have following zone
• Drying zone
• Depyrogenation zone
• Cooling zone
• Stabilizing zone
• The viewing port for Drying and cooling zone shall be air tight
• The Drying zone and cooling zone shall have EU 14 type Hepa filters
• Depyrogenation zone shall have you 13 type Hepa filters
• The machine shall have differential pressure indicator across the Help filters for the four zones
• Each zone or the depyrogenation tunnel shall have aerosol introduction port for the Hepa filter integrity testing

Additional Information:

• Pay Mode Terms: T/T (Bank Transfer),Other