Flips India Engineering Andheri East, Mumbai, Maharashtra

Carbon fiber contains high strength-to-weight and stiffness-to-weight ratios.  They are thermally and electrically conductive and exhibit excellent fatigue resistance. When properly engineered, carbon fibre cloth can achieve the strength and stiffness of metals at significant weight savings. Carbon fibre cloths are compatible with various resin systems including epoxy, polyester and vinyl ester resins. Carbon fibres are inherently high in tensile and flexural strength as well as tensile and flexural modulus. They are conductive, inert to most chemicals, light weight, and as such  are widely used in the following applications:   Sporting equipment - Aircraft parts and structures - Artificial limbs – Bridges - Conductive Floors and Walls -  CNG fuel tank structures - Decorative parts -  Golf shafts - Instrument cases - speed boat and Yacht building - Process Rollers – Rackets - Race car construction - Structural Strengthening and ship components. Extremely light weight High strength High stiffness Great Appearance

Carbon fiber contains high strength-to-weight and stiffness-to-weight ratios.  They are thermally and electrically conductive and exhibit excellent fatigue resistance. When properly engineered, carbon fibre cloth can achieve the strength and stiffness of metals at significant weight savings. Carbon fibre cloths are compatible with various resin systems including epoxy, polyester and vinyl ester resins. Carbon fibres are inherently high in tensile and flexural strength as well as tensile and flexural modulus. They are conductive, inert to most chemicals, light weight, and as such  are widely used in the following applications:   Sporting equipment - Aircraft parts and structures - Artificial limbs – Bridges - Conductive Floors and Walls -  CNG fuel tank structures - Decorative parts -  Golf shafts - Instrument cases - speed boat and Yacht building - Process Rollers – Rackets - Race car construction - Structural Strengthening and ship components.

As Suction & Transport Hose Suitable For: High Temperature Industrial Fumes, SteamHigh Temperature Air Or Smoke In AutoOther Hot Air In Engine Construction Or Drying Machine\Chemical AirCold Air Features: Good Performance On High Temperature Resistance Up To 135° CGood Performance On Low Temperature Up To -40° CGood Resistance To Chemical SubstancesGood Resistance To UVSmall Bending RadiusHighly Flexible & CompressibleHigh Tensile StrengthRubber FinishingComply To Rohs Working Temperature: -40°C To +135°C Material: Wall: Thermoplastic RubberSpiral: Steel Wire

Especially Ideal For Ventilation & Air Conditioning System, Industrial Vacuum Cleaner & Granulate Conveying Systems. As Suction & Transport Hose Suitable For Below Substance: Gaseous Media Such As Vapor & SmokeLiquid MediasSmall Granules Such As Dust, Powders Etc Features: Highly Flexible With Low WeightExtremely CompressibleSmooth InteriorHighly Transparent WallSmall Bending Radius Working Temperature: -20°C To +70°C Material: Wall: Soft PVC Spiral: PVC Coated Steel Wire

Spiral Wound Gaskets are extremely popular and widely used. A spiral wound Gasket is manufactured by spirally winding a performed metal strip and a filler on the outer periphery of metal winding mandrels. The winding mandrel outside diameter forms the inner diameter of the Gasket sand superposed metal and non-metallic windings are continually wound until the required outer diameter is attained. This engineered product is tailor made to be compatible with the flange closure in which it is to be used. They can be used over the complete temperature range from cryogenic to approximately 2000º degrees Fahrenheit. This type Gasket can be used in all pressures from vacuum to the standard 2500 PSI flange ratings. They are more resilient than any other type of metallic Gasket with the exception of pressure sealing metal Gaskets and, as a consequence, can compensate for flange movement that may occur due to temperature gradients, variations of pressure and vibration. Types of Spiral Wound GasketType RBasic construction, inner and outer diameters are reinforced with several piles of metal without filler to give greater stability and better compression characteristics. Suitable for tongue and groove or male and female or grooved to flat face assemblies. Type RIRSolid inner metal ring acts as a compression stop and fills the annular space between flange bore and the inside diameter. Designed to prevent accumulation of solids, reduce turbulent flow of process fluids and minimize erosion of flange faces. Suitable for male and female pipe flanges. Type CGUtilizes an external ring which accurately centers Gasket on flange face: provides additional radial strength to prevent Gasket blowout and acts as a compression stop. A general purpose Gasket suitable for use with flat face and raised face flanges. Type CGISuitable for use with flat face and raised face flanges and specified for high pressure/temperature service or where corrosive or toxic media are present. Note on use of inner rings: ASME B16.20 which covers spiral wound Gaskets requires the use of solid metal inner rings in Pressure Class 900, nominal pipe sizes 24" and larger, Pressure Class 1500, nominal pipe sizes 12" and larger, Pressure Class 2500, nominal pipe sizes 4" and larger, All PTFE filled Gaskets Type HEType HE Gaskets are used for heat exchangers where pass bars may be required. The outer portion is of standard spiral wound construction, whereas the rib partition is normally of single or double jacketed Type, securely fastened to the I.D. of the spiral wound portion. Type HE-CGThis Type is identical to the Type HE, except that it is fitted with an outer guide ring. Type HE-CGI With Spiral Wound Outer RingThe Type HE-CGI is a variation of the Type CGI spiral wound Gasket, developed for use on heat exchanger TEMA type flange arrangements. In conjunction with an inner ring, the standard spiral wound construction also supports an outer wound steel nose, designed for the purpose of accurate Gasket location. It is also available with solid metal outer ring. Type CG-RJThis Type designates a specially sized CG Gasket to be used on standard ring joint flanges. The outer ring is dimensioned to cover the ring joint grooves and to prevent the spiral wound portion from entering the groove. This type of Gasket should be used only as a maintenance repair item. Type 625Type 625 spiral wound Gaskets are similar to Type R Gaskets, with a thickness of 0.0625". These Gaskets are widely used wherever space restrictions indicate the need for a wafer thin Gasket design capable of sealing high pressures. Type TThese Gaskets are used for boiler handhole and tube cap assemblies. They are available in round, oval, obround, square, pear and diamond shapes. Please note Type T Gaskets rely on internal pressure in the boiler to properly seat the Gasket. This means, when a hydrostatic test is performed on the Gasket, the pressure exerted against the plate will further compress the Gasket-and it is necessary to tighten each nut to compensate for the additional compression of the Gasket under load. Type M, MC & MCSThese Types are designed for boiler manhole cover assemblies. They are usually round, obround or oval shape, depending of course , upon the manhole plate configuration. Type MC Gaskets have pre-formed inner and/or outer rings made of spiral windings. This centering guide permits the Gasket to assume its correct position and to compensate for inequalities in plate contours and fillets in cold-pressed plates as well as to prevent shouldering and pinching caused by radial misplacement. Type MCS Gaskets are manufactured with a solid metal inner and/or outer ring which also prevents over compression of the Gasket in high pressure systems.

Lens Type GasketA Lens Type Gasket is a line contact seal for use in high pressure piping systems and in pressure vessel heads. The lens cross section is a spherical gasket surface and requires special machining on the flanges. In ordering lens gaskets, complete drawing and material specifications must be supplied. Delta GasketA delta gasket is a pressure actuated gasket used primarily on pressure vessels and valve bonnets at very high pressures in excess of 5000 PSI. As with the lens gasket, complete drawings and material specifications must be supplied. Internal pressure forces the gasket material to expand when the pressure forces tend to separate the flanges. Extremely smooth surface finishes of 63 microinches or smoother are required when using this type of gasket. Bridge-Man GasketThe bridge-man gasket is a pressure activated gasket for use on pressure vessel heads and valve bonnets for pressures of 1500 PSI and above. The cross section of the gasket is such that internal pressure acting against the ring forces it against the containing surface making a self-energized seal. Bridge-man gaskets are frequently silver plated or lead plated to provide a softer surface and minimize the force required to flow the gasket metal into the flange surface. Weld GasketAnother gasket concept with origins from the German industrial market are weld gaskets. As standard, two variants exist; Weld Membrane Gaskets in accordance with DIN 2695 and Weld Ring gaskets. Weld Membrane GasketsThe Weld Membrane Gasket consists of two similar rings each of 0.157" (4mm) thickness. For chemical compatibility and in order to ensure controlled thermal conductivity and weld compatibility, the gasket material must always be the same as the flange material. Each ring is individually welded to its mating flange. Upon flange assembly, a second welding operation joins the two rings at their outer diameter which provides for a fully welded joint. Weld Ring GasketsAs with Weld Membrane Gaskets, Weld Ring Gaskets are used in pairs. As standard, each ring is manufactured to similar materials to that of the flange, thus ensuring full compatibility. All welding is conducted on the outside of the gasket and flange, thus ensuring ease of location, especially in restricted applications where space is limited. Two styles exist, Style SR and Style SRL. Style SRL is recommended when there is flange differential radial expansion.

FLIPS India Engineering can manufacture & supply variety of cut shapes or gasket sheet material in sheets or rolls. A "Soft Gasket" is a term used when referring to a gasket that is easily compressed under a low bolt load. Soft gaskets are used in a wide range of applications from pipe flange, heat exchanger, compressor and bonnet valve gaskets to name just a few. A soft gasket can be selected from a large variety of Rubbers, PTFE, Graphite, and Compressed Asbestos & Non-Asbestos sheet products We are pleased to supply Soft Gasket Material & Gaskets made out of following soft gasket materials: PTFE Sheet Flexible Graphite Sheet Rubber of all grades, Cloth Inserted Rubber & Metal Inserted Rubber Gaskets. Ceramic Fiber / Glass Fibre PTFE Envelope Gaskets Vegetable Fiber Sheet Asbestos & Non-Asbestos Sheet

Application: Suction & Blast Hose, Especially Suitable: For Transmission Hot & Cold AirFor Printing Machines, Blowers & CompressorsFor Exhausting Gas, Engine Construction, Engine Warming, Aircraft Construction & Military Construction Features: Double Layer Of Silicon Coated Glass FabricExtremely Good Heat ResistanceLeak ProofSmooth InteriorHighly FlexibleSmall Bending RadiusKink Proof Working Temperature: -70° C To +260° CFor Short Time Up To 280° C Material: Spiral: Spring Steel WireWall: Silicon Coated Glass FabricReinforcement: Glass Fiber CordDelivery Variants: Wireless Sleeves

Silicone coated glass cloth is a flexible high temperature cloth available with either a single or double coating.   Key Features:   Excellent heat resistance. Good resistance to weather. Flexible Easily bonded Poor resistance to solvents, oils, alkalies and acids. Temperature: -50°C to +240°C.   Applications: Gaskets, safety & heat curtains, conveyor belts, flexible connectors, sewn sleeves, electrical insulation tapes.   Availability: Standard Roll Size: (mtrs) 30 x 1   Thickness (mm): 0.6, 1   (Other thickness available upon request)   Other Coatings Such As: Neoprene, Natural Rubber, Viton, Hypalon, Epdm, Aluminium, Graphite & Refractory Are Also Available

Flips make rubber expansion joints impress with their compensating and damping material properties. Excessive force, arising within the pipeline, is deflected by our rubber expansion joints before this can be passed on to adjacent components. Our expertise, in designing and constructing rubber expansion joints, is reflected in their long service life and high operational reliability. This explains why most Indian nuclear power plants are equipped with Flips make expansion joints. Flips make REJ pipe connections are made of high-quality rubber. They are used in industrial environments and in plant and process engineering, as well as in mechanical engineering, in the production of motors and the construction of industrial equipment, and even in shipbuilding. They have also found their way into building services engineering, environmental engineering and hydraulics. What FLIPS make Rubber Expansion Joints Do: Damp oscillation, noise and vibration Compensate motion Compensate expansion caused by differences in temperature Reduce tension Compensate ground and foundation settling Compensate imprecise assembly Serve as assembly and disassembly aids Provide an elastic wall seal for penetration assemblies Compensate pipeline movements aboard ships

"RTJ" (Ring Type Joint) gaskets are manufactured in accordance with API-6A and ANSI B16.20 specifications. RTJ's have "R" numbers assigned to them for pipe size and pressure class identification. Stock materials include soft iron, low carbon steel, 4-6 chrome (f5), 304, 304L, 316, 316L, 347, Monel, Inconel and Incoloy. API Ring Joint GasketsAPI Ring Joint Gaskets come in two basic types, an oval cross section and an octagonal cross section. These basic shapes are used in pressures up to 10,000 psi. The dimensions are standardized and require specially grooved flanges. The octagonal cross section has a higher sealing efficiency than the oval and would be the preferred gasket. However, only the oval cross section can be used in the old type round bottom groove. The newer flat bottom groove design will accept either the oval or the octagonal cross section. The sealing surfaces on the ring joint grooves must be smoothly finished to 63 Microinches and be free of objectionable ridges, tool or chatter marks. They seal by an initial line contact or a wedging action as the compressive forces are applied. The hardness of the ring should always be less than the hardness of the flanges. BX and RX Ring GasketsThe BX ring gasket differs from the standard oval or octagonal shape in that it is square in cross section and tapers in each corner. BX can only be used in API 6BX flanges. RX ring gaskets are similar in shape to the standard octagonal ring joint gasket but their cross section is designed to take advantage of the contained fluid pressure is effecting a seal. They are both made to API 6A. Special Ring Type Joint GasketFor critical and non standard applications, where ring type joints are unsuitable in their standard form, FLIPS India Engineering offers a range of specialized ring type joint gaskets to suit the needs of the petrochemical industry. Type R Ring Type Joints with PTFE Inserts Type RX Ring Type Joints with PTFE Inserts Rubber Coated Ring Type Joints Transition Ring Type Joints Blind Ring Type Joints Flange Guards

Reinforced Graphite Sheets are made with pure flexible graphite sheet reinforced with stainless steel foil or wire mesh inserted. There are two basic types: mechanically bond (Tang inserted) and adhesive bond. Reinforced graphite laminate sheets are ideal sheet gasket materials for most industrial fluid sealing applications.

Thickness : 1.0mm to 4.0mm

Width : 1000mm, 1500mm

Applications: The PVC Universal Duct Is Specially Developed For Cable & Wire Protection Or For Suction Of Air Liquid Or Powder Substance. Features: Could Be Screwed To Adjust Internal & External DiameterCould Be Screwed To Adjust On LengthProtection Against LiquidsHigh Tensile StrengthHigher Mechanical StressCrush ProofComply To REACHDifferent Sizes & Color Are Available Working Temperature Range: -20°C To +70°C Materials: 100% Top Grade Of PVC

As Suction & Transport Hose Suitable For Below Substance: Waste WaterGaseous & Liquid MediasAbrasive Solids Such As Dusts, Powders, Chips & Grains Features: Super Heavy ModelExtremely Tearing Resistant With Rigid PVC HelixSmooth Interior & ExteriorHigh Tensile StrengthGood Resistant To UV Working Temperature: -20°C To +70°C Material: Wall: Rigid PVCSpiral: Rigid PVC

As Suction & Transport Hose Suitable For Below Substance: Gaseous & Liquid MediasSmall Solids Such As Dusts, Powder, Chips & Grains Also Ideal As Ventilation Hose For Air Conditioning & Ventilation System.   Features: Extremely Tear Resistant With Rigid Reinforced PVC HelixVery Smooth InteriorFlexible With Low WeightExtremely TransparentHigh Tensile Strength & Tear Resistant Could Be Resistant To Chemicals If RequestedCould Be Resistant To UV If RequestedVarious Sizes AvailableWall Thickness Could Be From 0.4 Mm To 4 Mm Wall Material Available: PVC & PU Working Temperature: -20°C To +70°C Material: Wall: Top Grade PVC Or PUSpiral: Rigid PVC

Application: Suction & Blower Hoses For Hot Air & Gas Up To +150° CAir Conditioning & Ventilation Of Fumes, High Temperature Gas & Chemical GasExtraction Of Corrosive Gases & FumesChemical PlantsTransfer Of Hot & Cold AirAir Conditioning / VentilationVehicle Construction Features: High Temperature ResistantExcellent Resistance To ChemicalsAcid & Alkali ResistanceHighly FlexibleSmall Bending Radius Working Temperature: -20°C To +150°C Material: Wall/Shell: Pvc FoilLining: Aluminum Foil LaminatedSpiral: Steel Wire

As suction & discharge hose ideal for abrasive powder, chips, gravel, sand, cement, shavings, smoke & vapors Features: PVC Hose reinforced with anti shock rigid PVC spiral Inside surface perfectly smooth, outside corrugatedHigh resistance against abrasion & bendingCould be manufactured anti static upon requestCould be manufactured in PU upon requestHigh tensile strength & tear resistantCould be resistant to chemicals & minerals upon request Working Temperature: -20°C to +70°C Material: Wall: Soft PVCSpiral: Rigid PVC spiral outside

FIE 1120 Plain Flexible Graphite Tape is cut from our flexible graphite rolls by exact lather which offers excellent sealing capabilities under extreme conditions. Our graphite tape has excellent tensile strength, compressibility and recovery; it is the best filler material for making spiral wound gaskets. ApplicationFiller for spiral wound gaskets.In-situ pump and valve gland packing.Manufacture of graphite die-formed rings.Facing material for comprofile type gaskets.Filler for metal jacketed type gaskets.

Applications: As Suction & Transport Hose Especially Ideal For Abrasive Solids Such As Dust, Powders, Wood Chips, Granules Etc Features: Extremely Flexible & CompressibleExtremely Abrasion ResistantTearing ResistantVery Transparent WallSizes: 1” – 12” AvailableWall Thickness Ranges From 0.4 Mm To 1.2 Mm Are AvailableDifferent Colors Available Working Temperature Range: -40°C To +90° C Material: Wall: Top Grade Of PolyurethaneSpiral: Copper Coated Steel Wire

The outstanding property of Flips make PTFE expansion joints is their astounding resistance to aggressive chemicals and solvents. Accordingly, they are used primarily in the chemicals and pharmaceuticals industries, as well as in the foodstuffs and beverages industries. Flips’s non-sensitive PTFE expansion joints have also proven their worth in the pipeline systems operated by waste disposal and treatment companies. All Flips make PTFE expansion joints have absorbent, compensating and tension - reducing properties. Furthermore, White PTFE bellows are not electrically conductive and thus can be used as insulators. Black PTFE bellows, on the other hand, are the solution of choice in hazardous areas, since the inclusion of carbon black prevents static charge. What FLIPS make PTFE Expansion Joints Do: Compensate motion Compensate expansion caused by differences in temperature Reduce tension Damp oscillation, noise and vibration transmissions Compensate imprecise assembly

PTFE coated glass cloth combines the properties of PTFE / Teflon with the mechanical strength of Glass Cloth. It has a good heat and chemical resistance along with excellent non stick properties. It is available in plain or self adhesive backed and as anti static if required. We can convert PTFE Coated Glass Cloth into gaskets and strips cut to any width to suit your requirement.   Key Features:   Excellent release properties. Low coefficient of friction. Easily cleaned. Good chemical, moisture and corrosion resistance. Good electrical insulation and di-electric properties. Food contact approval. Temperature: -190°C to +260°C.   Applications: Release tape for protection of heat sealing bars and wires, heat platens, heat curtains, release fabric for hot plate welding, shrink wrap machines, blister and vacuum packs, release agent in moulds, chute and hopper linings, baking tray lining, sewn sleeves, flexible connections.   Availability: Standard Roll Size: (mtrs) 30 x 1   Thickness (mm): 0.076 (3thou), 0.127 (5thou), 0.15 (6thou) and 0.25 (10thou).   (Other thickness available upon request)   Zone Tape Flips can also supply PTFE Coated Glass Cloth with a self adhesive backing along the edges only. This is often referred to as zone tape.

Application: As Suction & Transport Hose Ideal For: Air Conditioning & Ventilation Of Fumes, Light Duty Dust Extraction & Air Movement. As A Flexible Connection Between Grilles Diffusers, Fans & Other Air Movement Units. Widely Used In These Working Environments Such As Airport, Tunnel, Basement, Waste Gas Exhaust Out. Features: Highly Flexible Could Be Compressible & Easy To CarryOil, Acid & Alkali ResistantVery Small Bending RadiusKink ProofPolyester Fabric Coated With Pvc Is Leakage ResistantSteel Wire Spiral Is Abrasion Resistant With Rubber CoverCould Be Any Color Working Temperature: -20°C To +80°C Material: Wall: High Tenacity Polyester Weave Coated Pvc On Both SideSpiral: Reinforced Steel WireExterior Spiral Cover: Nbr Rubber

Thousands of Flips India Engineering round and rectangular non-metallic expansion joints are in successful service in applications within utilities, municipalities, smelters, steel mills, refineries, petrochemical plants, chemical plants, cement plants, pulp and paper mills, waste heat recovery and cogeneration facilities. To meet a client’s specific requirements, Flips India Engineering’s experienced expansion joint product team produces innovative designs for economy of installation, operation and energy efficiency. These non-metallic joints can be designed to handle temperatures to 2000F/1093C. The joints are manufactured from a variety of materials including elastomers and fluoroplastics, non-asbestos reinforcements and various insulating materials. Proper installation is a critical factor in the successful long-term operation of any expansion joint. The Flips India Engineering experienced service technicians routinely perform or supervise expansion joint installations, replacements or repairs around the world.