Inoxpa India Pvt Shivane, Pune, Maharashtra

Diaphragm valves, manually or pneumatically operated, are specially designed for use in hygienic and aseptic processes in the food-processing and pharmaceutical industries. The valve is excellent for flow control as well as for open/close duties.   Operating principle   The diaphragm provides the body seal as well as the seat seal. There are no paths to the outside environment and, as such, the valve is suitable for aseptic processes. When the valve is being closed, a pressure pad which supports the diaphragm moves towards the sealing face on the body. As the pressure plate moves, the diaphragm flexes and is forced down onto the seat area in the centre of the body, thus, closing off the flow path through the body.The inter-relationship of body to the pressure plate prevents over compression of the diaphragm.The valve can be actuated either manually or pneumatically and controlled by control tops and solenoid valves.   Design and features   Straight through flow path. High Kv factor.Controlled compression of sealing.Compact actuator.Normally closed (NC) pneumatic actuator (standard).Sealed actuator with no maintenance required (stainless steel version).Handle with stroke limiter (except size Nº4).Leak detector.Position indicator.Interchangeability of parts.Ergonomic handle.Traceability of components.   Materials   Materials:Parts in contact with the product Stainless steel AISI 316L (1.4404)Other stainless steel parts Stainless steel AISI 304 (1.4301)Plastic parts PP + 30 GFDiaphragm EPDM (according to FDA 177.2600 and USP Class VI) Surface finish:Internal Ra ≤ 0,5 µmExternal Bright polish Available sizes DN ¼" - DN 2" Connections Weld and Clamp OD / DIN   Options   Diaphragm: FPM, VMQ (according to FDA 177.2600 and USP Class VI) and PTFE / EPDM separate (according to FDA 177.2600).Manual or pneumatic actuation.Handle: stainless steel or plastic.Bonnet: stainless steel or plastic.Normally open (NO) double-acting pneumatic actuator.Pneumatic actuator with stroke limiter.Pneumatic actuator with external switch.Control box with switches and solenoid valves.Valve with controller and positioner. Tank bottom valve.Various types of connections. Materials and roughness certificates.  

Manifolds of the INOXPA valves allow to centralize the functions of one or various tanks in a modular way, enhancing the efficiency of the system and control over the process. Manifold is an automated alternative to the flexible hoses and the flow divert panels with changeover bends. The automation of the operation results in safety, flexibility and it will pay off its cost very fast.One manifold applied to various lines allows cleaning of one tank while the other is being filled or emptied preventing any risk of product contamination.This solution has applications in the food-processing industry, for example, in production of dairy products, juices, in breweries, as well as in the wine production, and in the cosmetics and pharmaceutical industries.   Operating principle   As many valves as functions that the element has to perform are connected to the tank or working line (e.g. filling, emptying, CIP, etc.)No manual operation is required. The operation is automated, preventing any risk of accidents.   Design and features   - It consists of a matrix of valves, their quantity depends on the elements to be connected (tanks or lines), and on the functions of each of these elements. The unit is mounted in modules on a skid with adjustable legs.- The Mixproof pneumatic valves (multi-way double seal valves) prevent any leakage from one body to the other.- The valves are balanced.- Every valve is provided with a control box C-TOP with solenoid valves and sensors. - An air distribution collector is included and provided with the maintenance kit and a shut-off valve for each actuator.- The cleaning of the Mixproof valves is by Cavity Spray or Seat Lift systems.- If the Cavity Spray valves are selected, the kit also contains one collector of the cleaning distribution system for the CIP connection. This collector consists of a butterfly valve and a filter. - Under the manifold of valves and pipes there is a kind of inclined tray that collects drained products (due to leakage or cleaning process) from the manifold.- The unit is provided with a control panel, pneumatic and electric distribution system to facilitate the installation.   Materials   Parts in contact with the product: AISI 316LOther metal parts, actuators, skid and drain tray, control panel: AISI 304Gaskets in contact with the product: EPDMInert gas welding filed and pickled   Options   There are many possible variants of assembly, the units are custom-made. There are some of them: Options according to the valve type:- Single seal multi-way valve.- Other types. Control system:- With a simple C-TOP on every pneumatic actuator (solenoids and sensors)- With a C-TOP with AS-i field bus - Without C-TOP, solenoids are installed in the control panel and sensors on the pneumatic actuator. - PLC control.- Operator panel to display the states of the valves. Other variants:- Connections: weld, Clamp, SMS, RJT, IDF, flanges.- Gaskets: Viton®, NBR - Mixed body sizes (bodies with different diameters.)- Orbital welding- Pressure tests (PED)- Actuator pressure up to 10bar  

The solid/liquid blender is designed for the dissolution of solids in the applications of the food-processing, cosmetics, pharmaceutical and chemical industries. Dissolution of sugar for the beverage production, milk reconstitution, syrup production, brine preparation, yogurt and other milk product premixtures and ice-cream production are some of its applications.   Operating principle   It is a recirculation system for dissolution of solids. The product is recirculating while the solids are manually or automatically added through the hopper of the blender. Several preparation tanks can be connected to the blender by means of a manifold.   Design and features   The Standard unit consists of the following elements: - Stainless steel tank with a folding lid on the upper part. - Blender. - Blender feeding pump (centrifugal or positive displacement pump).- Manual butterfly valves. - Control panel to control and protect the blender and the pump. Flow of liquid: up to 65000 l/hSuction of solids: approx. up to 7500 kg/h   Materials   Parts in contact woth the product: AISI-316LGaskets: EPDMBlender mechanical seal (standard): C / StSt / EPDMInternal surface finish: mirror polish, Ra < 0.8   Options   Mechanical seal: SiC/C, SiC/SiC, TungC/SiC .Cooled mechanical seal.Gaskets: Vitón, PTFE.Connections: DIN, SMS, RJT, ....Automation: hopper level sensors and automatic valves.PLC to programme recipes. Various levels of automation.Vibrator on the blender hopper.CIPable design.Heating or cooling jackets.Heat exchanger.Manifold allows to work with two or more tanks.Automatic powder dosification.

The SLRT pump is a positive displacement rotary lobe pump designed to discharge food and sanitary products from a truck cistern as it can be driven by a hydraulic motor. The pump is characterised by a compact design, reduced weight and interchangeable connections to facilitate its assembly to a truck.The SLRT pump is designed to pump liquid products with or without delicate solid particles that require gentle pumping causing no damage to the product.

Sodium Lauryl Ether Sulphate (SLES) is a surfactant widely used for the manufacture of cleaning products, soaps, shampoos and even toothpaste. Thanks to its capacity as a wetting agent and emulsifier, it is also used in the cosmetic and dermopharmaceutical industry. Traditionally, SLES is supplied at 70% or 27%. The viscosity of the product at intermediate concentrations increases significantly and it becomes difficult to handle.Purchasing the concentrated product involves significant financial savings in product haulage and storage costs. The SLES dilution unit lets you benefit from purchasing the concentrated product. The concentrated product can be diluted in the line directly from the truck and stocked in diluted form at 27% or stocked in concentrated form and diluted according to production requirements. BenefitsEnd product free from lumps and air in the line.Reduced haulage costs.Savings on space and product storage costs.Amortization of the equipment in a few months.Concentrated SLES is more resistant to microbiological attack and has fewer impurities.   Operating principle   The concentrated SLES and the water are dispensed continuously and mixed as they enter a high-shear mixer. The stator of the mixer, with several concentric rows of teeth, ensures complete dilution in the line. The equipment has mass flowmeters performing the feedback of the flow of each fluid to the controller, obtaining the desired concentration of SLES at 27%.Optionally, minority products can be dispensed to the water line products, such as preservatives or pH regulators.   Design and features   All system components are installed on a bench with adjustable legs so that it can be positioned on the floor and to make maintenance easy. The equipment is cabled and tested at the factory for rapid commissioning. The system is fully automatic by means of PLC and an operator touch panel. A conductivity sensor is included to check the concentration of the diluted SLES.The equipment control system enables communication with other elements of the plant (such as raw material and storage tanks) by means of Profinet protocol.   Materials   Parts in contact with the product stainless steel AISI 316L (1.4404) Other steel parts stainless steel AISI 304 (1.4301) Gaskets in contact with the product EPDM/NBR Mechanical seals:Pumps C/Cer/NBRMixer C/SiC/EPDM Internal surface finish Ra

We inform you on the upgrade of the design of the self-priming side channel pump ASPIR that makes its appearance similar to other pumps within the INOXPA pump range. Motor shroud and height adjustable hygienically designed legs like those of the Prolac HCP.

We offer Sanitary Butterfly Valves. Inoxpa offers the butterfly valves. The valves are provided with sanitary and hygienic certificates, total traceability is guaranteed. Butterfly valve can be operated automatically through an actuator or manually with a handle. ?the handle blocks the valve in the “open” or “closed” position, although there are also other models with intermediate positions.?the actuator transforms the axial movement of the piston into a 90º rotary movement which it transmits to the disc.

We offer Sanitary Centrifugal Pump. The hyginox se pump is a centrifugal pump manufactured in stainless steel and with a shrouded motor. its sanitary and cost-efficient design makes it perfect for the dairies, beverages, food-processing, pharmaceutical and fine chemicals industries.

The SLR pump is a positive displacement rotary lobe pump of a sanitary design suitable for use in the dairies, food-processing, beverage, cosmetics, pharmaceutical and fine chemicals industries. This rotary lobe pump is perfect for managing all kinds of fluid, of either low or high viscosity, as well as for filtering and bottling applications. Products containing fragile solids such as junket can be pumped without damage thanks to the specially designed lobes.

The function of deodorants is to act on body odour and sweating. Deodorants and antiperspirants are both used to reduce or remove body odour, yet they act differently. The main function of a deodorant is to eliminate the odour with the help of an alcohol component such as ethanol, which masks the odour. This, however, does not prevent sweating and sweat may impregnate clothing, which will eventually begin to give off an odour. Antiperspirants contain aluminium salts that prevent sweating by plugging the skin pores and resulting in longer-lasting action. There are several formats available on the market: Spray: It must be applied at some distance from the target area, approximately 15 cm. Roll-on: the liquid product is stored in a container sealed by a slightly rough sphere. Half of the sphere is in contact with the product inside the container while the other half remains outside. To use it, the sphere is rolled over the skin in order to apply the product. Stick: it consists of a bar of solid and compact deodorant that is applied directly to the skin. Gel: it can be applied directly to the skin or spread by hand. Gel deodorants do not normally contain any alcohol and are therefore ideal for sensitive skin. Deodorant manufacture The components of a deodorant may vary depending on the format and its characteristics. The typical composition of a transparent roll-on deodorant is shown below. - Demineralized water- Fragrance (masks the odour and provides a sensation of freshness)- Humectant- Emulsifiers- Thickeners- Aluminium chlorohydrate- Additives such as pH adjusters, antioxidants, etc. The components and their respective proportions may vary depending on the manufacturer. The first step is to dissolve the thickener in hot water. Once everything is dissolved, the aluminium chlorohydrate is added while maintaining constant agitation. The remaining components are added when the mixing is complete, always maintaining constant agitation. Finally, the additives are added.

The Pharmavalve is a radial diaphragm valve, manually or pneumatically operated, specially designed for critical processes where any contamination, dead leg zones or leakage are to be avoided. Thus, the valve is suitable for hygienic and aseptic processes in the pharmaceutical and bio-pharmaceutical industries as well as in clean rooms.   Operating principle   The Pharmavalve combines the features of the traditional piston valves (manually or automatically actuated) with the aseptic safety of the common diaphragm valves.Due to the axial movement of the piston, the diaphragm gets closer to the body closing or opening the valve. The valve piston is housed inside the diaphragm.The diaphragm provides double sealing of the valve that makes it more hygienic and safer.   Design and features   Hygienic design according to the EHEDG specifications.Completely drainable.Zero dead leg design.Easy cleaning.Easy assembling/disassembling and replacement of the diaphragm (bonnet and actuator are connected by clamp).Long diaphragm durability.Easy manifolding.Traceability of the components.Suitable for CIP/SIP processes.Standard connections: Clamp OD.   Materials   Parts in contact with the product: AISI 316LDiaphragm: Silicone (components according to FDA177.2600 and USP class VI)Internal surafce finish: mirror polish, Ra≤0,5µmExternal surface finish: satin   Options   Pneumatic actuator: single acting (normally closed) or double acting.PTFE (except ½” size) or silicone diaphragm.Different body configurations.Tank bottom valve.One or two proximity switches.Control by external solenoid valves.Butt welding connections (inches).Material and surface finish certificates

Pharmavalve manifolds, manually or pneumatically actuated, are especially recommended for the most critical hygienic and aseptic applications of the pharmaceutical, bio-pharmaceutical industries and clean rooms. Design and features   Pharmavalve manifolds enable excellent CIP/SIP results. Pneumatic actuators are manufactured in stainless steel. There are different configurations of valve bodies that enable any manifold assembly. Other diaphragm materials are available according to the product or application. There are various devices for valve control and manifold automation (e.g. external sensors, external solenoid valves and control units, etc.).

Application : Industrial

Power : 1.5 kW

Weight : 995 Kg

Type : Pharmaceutical Blende

The NDL (Non Dead Leg T Valve) diaphragm valves, manually or pneumatically operated, are specially designed for use on aseptic processes in the pharmaceutical industry. The valves are widely used at points of use in the loops of purified water (PW) or water for injections (WFI). Operating principle   The diaphragm provides the body seal as well as the seat seal. There are no paths to the outside environment and, as such, the valve is suitable for aseptic processes. When the valve is being closed, a pressure pad which supports the diaphragm moves towards the sealing face on the body. As the pressure plate moves, the diaphragm flexes and is forced down onto the seat area in the centre of the body, thus, closing off the flow path through the body.The valve can be actuated either manually or pneumatically and controlled by control units and solenoid valves.A standard diaphragm valve is used to shut the flow of a line, an NDL type valve shuts only one outlet of the main line.   Design and features   Comparing with a traditional diaphragm valve, the dead leg of an NDL valve is reduced to a minimum due to the design of the valve, and the pharmaceutical normatives like ASME BPE prioritise this condition. Broad flexible range based upon a modular design concept with key components being common with other valves.Autoclavable stainless steel bonnets and handles. Handle with stroke limiter.Hygienic design of the handles.The valve body is machined out of a stainless steel block. Completely drainable design.Traceability of components.   Materials   Parts in contact with the product Stainless steel AISI 316L (1.4404)Other stainless steel parts Stainless steel AISI 304 (1.4301)Plastic parts PP + 30 GFDiaphragm EPDM (according to FDA 177.2600 and USP Class VI) Surface finish:Internal Ra ≤ 0,5 μmExternal Bright polish   Options   Diaphragm: FPM, VMQ (according to FDA 177.2600 and USP class VI) and PTFE / EPDM separate (according to FDA 177.2600).Stainless steel bonnet with plastic or stainless steel handle.Pneumatic actuator with stroke limiter.Pneumatic actuator with external switch.Control box with switches and solenoid valves.Materials and roughness certificates.

INOXPA Dairy product manufacturing miniplant is designed with an objective to provide solutions to the start-ups, small and large dairy houses, which require solutions with dairy production capacity of 500, 1000, 3000 and 5000 litreshour.Such features as complete and versatile dairy production line, easily installed, makes it a perfect and highly demanding solution to the dairy industry. Module for liquid milk reception and reconstitution of powdered milk, Module for heat treatment and preparation for post-processing of milk, Milk packaging module.

The Maturing / Fermenting Unit is a tank which allows milk to be heated and also cooled, with the aim in mind to pasteurize (heat) the product and control its fermentation (cool). The unit can be used to produce yoghurts of different types, fermented milks and sour cream. Additionally this very same equipment forms an integral part of the process to produce butter.   Operating principle   Production of yoghurt: after exiting the pasteurizer the milk is fed into the Maturing/Fermenting Unit. This heat treatment eliminates principally all the pathogenic flora. The contents are then cooled and the ferments or ‘starters’ are added.To make liquid yoghurt incubation is carried out in the Maturing unit with mixing and temperature control until the process of fermentation has finished. It is then cooled and packaged.To make firm-type yoghurt packaging is carried out before incubation. It is then placed in a heated store-room for maturing and then cooled afterwards in a refrigerated store-room. Butter making: the elaboration of butter starts with the cream obtained from the process of skimming or standardisation of the milk. The cream is cooled and stored in the Fermenting Unit in a similar way to that of yoghurt.   Design and features   Vertical closed unit in stainless steel AISI 316L o AISI 304.Double jacket for heating with water or steam.Cooling by iced water.Variable speed agitator for uniform mixing.Temperature control probe.Adjustable temperature.Level sensors.Air entrance with filter.Spray balls for CiP cleaning.Peephole with illumination for visual inspection.Man-hole for inspection and maintenance.   Materials   Parts in contact with the product AISI 316L and AISI 304Rest of materials AISI 304Gaskets in contact with the product EPDMInterior surface finish (product contact) Ra ≤ 0.8 μmOther exterior finishes Matte polished   Options     Filters for sterilization with steam.  

The double cone blender is used to produce homogeneous solid-solid mixture. Mixing is a common process step in the manufacture of products for industries such as healthcare, food, chemical, cosmetics, detergents, fertilizers and plastics.Examples of materials or substances mixed in this way include pharmaceutical granules, semolina flour, seeds, starch, coffee beans and ground coffee, cocoa, chocolate flakes or granules, powdered milk, baby food, preparations to make dehydrated soups and creams, leaf waxes, detergent granules, soap flakes, artificial fertilizers, plastic in powder, ground or pellet form, fibreglass, etc.   Operating principle   The main body of the blender consists of two cone-shaped sections welded at their bases to a central cylindrical section. The axis of rotation is perpendicular to the cone axis and passes through the cylindrical section. The driving motor is located at one of the two lateral supports holding the blender body.The solids are introduced into the blender through the loading aperture. In this type of blender, mixing takes place axially, as a result of the powder moving through the different sections. Mixing is thorough but it depends on the rotating speed.The mixture is discharged through a hermetically closing butterfly valve which can be operated manually or automatically.The unit is provided with a guard rail with electrical safety to prevent the operator from accessing it when in operation. If anyone should gain access to the unit, for safety reasons, the operation will cease.   Design and features   The series consists of 6 models with a total capacity of 160 to 4200 litres and a useful capacity of 65% of the total.This blender is especially designed for sensitive mixtures with risk of breakage where the generation of dusts is to be avoided.Mixing times vary between 5 and 20 minutes depending on the mixture.The interior of the blender incorporates a cone mounted on the pivot axis on both sides. This system eliminates the formation of dead spaces and facilitates gravity discharge.The unit is manufactured in AISI 316 (EN 14404) quality for all parts in contact with the product and AISI 304 (EN 14301) for the supports and the rest of the equipment. The internal and external surfaces have a bright polished finish. Due to the polished surface and absence of edges or corners, the unit can be easily cleaned either manually or automatically with CIP system.The unit incorporates a guard rail with electrical safety, according to EC safety standards.   Materials   Parts in contact with the product AISI 316 (EN 14404)Structure and other metal parts AISI 304 (EN 14301)Internal finish Bright polishExternal finish Bright polish   Options     This unit allows the incorporation of a liquid spray system to introduce liquids in spray form during the process. The injector is connected to the spray nozzles by means of a rotary system and is fed with additives from a pressurized tank or by means of a variable displacement pump at constant pressure.The automatic stop positions are: loading, discharging, and sampling. Before stopping at one of these three positions, the system performs a cycle which slows down the mixer in order to reach the stopping position with the highest possible accuracy and remains halted at that point.The unit can be equipped with an automated loading system for introducing powders and granules into the blender body by means of a vacuum unit with self-cleaning hoses. It prevents creation of dust.The skid can also be provided with a complete monoblock vacuum unit with liquid ring pump.It is possible to install an automated vacuum discharge system. It includes a product receiving hopper with an automatedself-cleaning filter; as well as a control panel for the unit.The loading/discharge can be carried out with pneumatically actuated retractable hermetic bellows. This system and the vacuum loading/discharge can be combined.

Kiber KS progressive cavity pumps are used to transfer products of low and high viscosity as well as products containing soft particles.They are also recommended for use with edible oils, wine, concentrates and beverages in general. They can also be used to transfer viscous food products.   Design and features   KS type is a sanitary progressive cavity pump. Bare shaft construction with bearing support.Due to the design, they are self-priming and reversible.Open transmission (hygienic design).Excentric outlet.   Materials   Parts in contact with the product Stainless steel AISI 316L (1.4404)Other steel parts Stainless steel AISI 304 (1.4301)Bearing support GG-22Stator NBR negro (according to FDA and EC 1935/2004)Gaskets in contact with the product FPM (according to FDA and EC 1935/2004) Single internal mechanical seal EN 12756 l1k (according to FDA and EC 1935/2004):  Options   Double pressurized mechanical seal.Single flushed mechanical seal (Quench).Mechanical seal: SiC/SiC.Gland packing.Stators: white EPDM and black NBR.Gaskets: EPDM.Other types of connections.Heavy-duty transmission.Fixed transmission.Pump casing with heating jacket.Stainless steel trolley.Electrical control panel.Bypass pressure relief valve.Cleaning port (CIP).ATEX certification.

The INNOVA N-Type valve is a pneumatic shut-off seat valve for hygienic applications.   Hygienic design according to EHEDG.Gasket with specific profile guarantees reliability under adverse working conditions.Hygienic design of the gasket ensures optimal cleaning.Single-acting pneumatic actuator.Normally closed valve (NC).The valve can be changed to normally open (NO) by simply reversing the position of thepneumatic actuator.Easy assembly/disassembly of internal parts by loosening a clamp fastener.Open lantern allows visual inspection of shaft sealing.360º adjustable body.   Design and features   Hygienic design according to EHEDGGasket with specific profile guarantees reliability under adverse working conditions.Hygienic design of the gasket ensures optimal cleaning.Single-acting pneumatic actuator.Normally closed valve (NC).The valve can be changed to normally open (NO) by simply reversing the position of thepneumatic actuator.Easy assembly/disassembly of internal parts by loosening a clamp fastener.Open lantern allows visual inspection of shaft sealing.360º adjustable body.   Materials   Parts in contact witht the product AISI 316L (1.4404)Other stainless steel parts AISI 304 (1.4301)Gasket EPDM according to FDA 177.2600 Surface finish:Internal Bright polish Ra ≤ 0,8 μmExternal Matt Available sizes: DIN 11850 DN 25 - DN 100ASME BPE OD 1" - OD 4" Connections Weld   Options   Double-acting pneumatic actuator.Gaskets: FPM, HNBR.Other connection types.Control unit: C-TOP and C-TOP+.External position sensors.Surface finish: Ra ≤ 0,5 μm.

The ME-4100 series of the inline high shear mixers offers a possibility to pump, disperse, homogenize and emulsify products with one and the same equipment.Numerous chemical, food-processing, pharmaceutical and cosmetics production processes require this system as there are lines with ingredient separation or due to the lack of space inside the tanks to install vertical or bottom of the tank mixers.They can work with a recirculation tank reaching the best efficiency after several passes of the product through the mixer.If the viscosity of the product is higher than 200cP, it is recommended to put an auxiliary pump at the inlet of the mixer, and if a high discharge pressure is required, it is necessary to assemble another auxiliary pump.

The pasteurization unit is designed for the thermal treatment of milk and milk products.The process destroys pathogenic microorganisms by heating the product to a moderately high temperature for a brief period.INOXPA is a reliable manufacturer of equipment for milk pasteurizing. INOXPA supplies milk pasteurization machines for pasteurization of raw milk and other milk products.Food-grade materials ensure high quality of final dairy products.These industrial pasteurizers are designed for small scale and large scale milk pasteurization plants.

We offer Hygienic Centrifugal Pumps. The hyginox se pump is a centrifugal pump manufactured in stainless steel and with a shrouded motor. ?housed inside the casing, the impeller rotates in conjunction with the pump shaft. ?with this arrangement, the impeller blades convey energy to the fluid in the form of kinetic energy and pressure energy.?this pump is not reversible by simple reversal of the direction of rotation. The direction of rotation is clockwise when the pump is viewed from the rear side of the motor