Products

Champion Style 54 Super is a premium-grade compressed fibre jointing sheet designed for demanding high-temperature and high-pressure sealing applications. It is especially used for superheated steam and is also suitable for several compatible industrial fluids. It is available in non-metallic and steel-wire-reinforced metallic versions. Construction Premium-grade fibre with heat-resistant fillers and binders Non-metallic version: Yellow Metallic version: Steel-wire gauze reinforced, minimum 18 mesh × 30 gauge Metallic version supplied with a smooth anti-stick graphite finish Metallic identity colour: Graphited black Temperature & Pressure Rating Type Maximum Continuous Temperature Maximum Pressure Style 54 Super Non-Metallic 550°C 15 MPa / 150 bar Style 54 Super Metallic 600°C 16 MPa / 160 bar Actual operating limits should always be selected according to the pressure-temperature combination and service conditions. Typical Physical Properties Density: 2.0–2.2 g/cm³ Tensile Strength: ≥28 MPa Compressibility: 7–11% Recovery: ≥50% Gas Permeability: <0.5 cc/min Ignition Loss: ≤25% Available Thickness 0.5 mm 0.75 mm 1.0 mm 1.5 mm 2.0 mm 3.0 mm 4.0 mm 5.0 mm Applications Superheated steam lines Boilers Steam systems Air separation units Petroleum distillate services Oil refineries Diesel generators Marine engines Hydrocarbon, gas, solvent and alcohol services, subject to compatibility Features & Advantages Excellent resistance to high temperature and pressure Good sealing and recovery properties Suitable for demanding steam applications Metallic version provides additional strength under severe conditions Performs well where pressure fluctuates and vibration is present Available as sheets and pre-cut gaskets in custom shapes and sizes

Champion Cut Gaskets are ready-to-use gaskets cut from compressed fibre jointing sheets into the required size and shape. They are used to seal flange joints, valves, pumps, pipelines, heat exchangers, and other industrial equipment. The exact performance depends on the Champion sheet grade selected, such as Style 20 Red or Style 20 Metallic. Typical Construction Base Material: Compressed fibre jointing material Reinforcement: Non-metallic or steel wire-reinforced, depending on grade Surface Finish: Anti-stick graphite finish on selected grades Shape: Full Face / Ring Type / Custom Shape Manufacturing: Die-cut or precision-cut as per flange dimensions Typical Sizes & Thickness Champion Style 20 material is available for cutting into custom gaskets, with common sheet thicknesses including: 0.5 mm 0.75 / 0.8 mm 1.0 mm 1.5 mm 2.0 mm 3.0 mm 4.0 mm 5.0 mm Features Reliable sealing performance Available in standard and custom sizes Good compressibility and recovery Easy installation Helps compensate for minor flange surface irregularities Suitable for general industrial applications Available in non-metallic and metallic reinforced grades Pre-cut design saves fabrication time during installation Applications Pipe flange joints Valves Pumps Heat exchangers Boilers Steam lines Water pipelines Air and gas lines Oil and solvent services, subject to chemical compatibility General industrial equipment Champion Style 20 – Typical Ratings Non-metallic Style 20 Red: Maximum continuous temperature: 380°C Maximum pressure: 35 bar Style 20 Metallic: Steel wire-reinforced construction Maximum continuous temperature: 415°C Maximum pressure: 40 bar Advantages Ready-to-install gasket Custom cutting possible according to flange size Reduces installation time Good sealing reliability Available for water, steam, air, gases and other compatible media Different Champion grades can be selected according to pressure, temperature and service conditions

KLINGER Bellows Seal Valves are specially designed to provide highly reliable, low-leakage stem sealing. A metallic bellows forms a seal between the valve stem and body, helping prevent external leakage of the process fluid. They are particularly suitable for steam, thermal oil, vacuum, hazardous fluids and costly process media. Design & Construction Body Material: Carbon Steel / Stainless Steel Optional Material: Ductile Iron on selected models Bellows: Metallic bellows seal Stem: Non-rotating stem to prevent torsion of the bellows Bonnet: Bolted bonnet construction Seat & Disc: Cr13 hard-faced on the KAD-BLGB model Body-Bonnet Gasket: Fully enclosed spiral-wound stainless steel + graphite gasket Operation: Handwheel operated Position Indicator: Standard on the KAD-BLGB model Lubrication: Lubricating nipple provided on the KAD-BLGB model. Typical Specifications Size Range: DN15 to DN80 for the KAD-BLGB PN16 version Pressure Class: PN16; flange options include PN16, PN25, PN40 and ANSI Class 150/300 End Connections: Flanged, Socket Weld, Butt Weld and Screwed options depending on size/material Temperature Range: -10°C to +425°C Design Standard: EN 12516-1 Flange Standard: EN 1092-1 Face-to-Face: EN 558 Series 1 Inspection & Testing: EN 12266-1, Rate A (liquid). Features Metallic bellows provides reliable stem sealing Minimizes external process-fluid leakage Non-rotating stem protects the bellows from torsional stress Suitable for high-temperature applications Hard-faced seat and disc for improved service life Robust bolted-bonnet construction Long operational life with reduced maintenance requirements. Applications Steam systems Thermal oil systems High-temperature process lines Vacuum service Chemical and industrial process applications Hazardous or costly fluids where external leakage must be minimized. Advantages Excellent protection against stem leakage Helps reduce product loss and energy loss Improves plant safety and environmental protection Reliable shut-off performance Suitable for demanding industrial services Long service life

KLINGER PTFE Gland Rope is a braided compression packing used to control leakage from pumps, valves, mixers, agitators, and other rotating or reciprocating equipment. PTFE-based packing offers excellent chemical resistance, low friction, and wide temperature capability, making it suitable for many demanding industrial sealing applications. Construction Material: 100% PTFE yarn or PTFE-based braided fibres Lubrication: PTFE dispersion or inert/mineral lubricant, depending on the grade Profile: Square braided rope Colour: Usually white Available Form: Continuous lengths/coils or pre-cut packing rings Sizes: Available in various square cross-sections depending on the specific KLINGER grade. Typical Features Excellent resistance to acids and alkalis Very good chemical resistance Low coefficient of friction Good sealing performance Suitable for pumps and valve applications Clean, non-contaminating grades available Suitable for food and pharmaceutical applications in selected grades Flexible and easy to install Low maintenance requirements. Typical Temperature & Pressure The exact ratings depend on the specific KLINGER packing grade. For example, KLINGER's PTFE packing range includes grades suitable for services up to approximately 260°C, with some grades designed for high-pressure duties. Ratings should always be checked against the exact product grade and application conditions. Applications Centrifugal pumps Valves Chemical pumps Agitators and mixers Process equipment Acid and alkali services Food and pharmaceutical equipment, with suitable approved grades Water and general industrial fluid systems. Advantages Excellent chemical resistance Reduces leakage and friction Helps protect shafts and valve stems Long service life Easy to cut and install Available in different grades for specific industrial duties

KLINGERSIL® C-4400 is a universal, high-performance compressed fibre gasket material designed for safe and reliable industrial sealing. It is made from aramid fibres bonded with NBR (nitrile rubber) and offers good resistance to a wide range of industrial media. Composition Base Material: Aramid fibres Binder: NBR (Nitrile Rubber) Type: Fibre-reinforced compressed gasket sheet Colour: Green Suitable Media KLINGERSIL C-4400 is suitable, subject to application conditions and chemical compatibility, for: Oils and lubricants Water Steam Gases Fuels and hydrocarbons Salt solutions Alcohols Refrigerants Moderate organic and inorganic acids Standard Sheet Sizes 1000 × 1500 mm 2000 × 1500 mm Standard Thicknesses 0.5 mm 1.0 mm 1.5 mm 2.0 mm 3.0 mm Typical Technical Properties Typical values for 2.0 mm thickness: Density: Approx. 1.6 g/cm³ Compressibility: Approx. 11% Recovery: Approx. 55% Thermal Conductivity: Approx. 0.42 W/mK Excellent dimensional stability Low leakage and good sealing performance Features Universal high-pressure gasket material Good compressibility and recovery Excellent sealing reliability Dimensionally stable Good resistance to oils and hydrocarbons Suitable for many industrial media Good resistance to refrigerants Easy to cut into custom gasket shapes Excellent price-to-performance ratio Applications Pumps Valves Pipe flanges Heat exchangers Compressors Steam systems Oil and gas pipelines Chemical and petrochemical plants Power plants General industrial equipment

KLINGER K1000 is a high-performance compressed fibre gasket sheet designed for reliable sealing in industrial flange applications. It is generally used for water, steam, oils, fuels, gases, and various industrial fluids, subject to compatibility and operating conditions. The sheet provides good compressibility and recovery, helping maintain an effective seal during normal pressure and temperature variations. Construction Typical compressed fibre gasket sheet construction includes: High-quality fibres Elastomeric binder Functional fillers Reinforcing materials The exact composition should be confirmed from the manufacturer's current technical datasheet for the specific KLINGER K1000 product. Typical Features Good sealing performance Excellent compressibility and recovery Good mechanical strength Suitable for general industrial flange sealing Helps compensate for minor flange surface irregularities Easy to cut into custom gasket shapes Available in different sheet thicknesses Applications Water pipelines Steam systems Oil and fuel lines Pumps and valves Heat exchangers Compressors Industrial machinery General process piping Available Forms Full gasket sheets Die-cut flange gaskets Custom-cut gaskets Selection Factors The correct KLINGER K1000 gasket should be selected according to: Operating pressure Operating temperature Fluid or chemical compatibility Flange type and surface condition Gasket thickness Bolt load Advantages Reliable industrial sealing Durable sheet material Easy fabrication and installation Suitable for a wide range of general applications Helps reduce leakage and maintenance requirements

KLINGER Spiral Wound Gaskets are high-performance semi-metallic gaskets designed for reliable sealing of flanged joints under high pressure and high-temperature conditions. They consist of a pre-formed metallic winding combined with a soft filler material, providing excellent resilience, recovery, and sealing performance. Construction Metal Winding: Stainless Steel 304 / 316 / 321 / Carbon Steel / other alloys Filler Material: Flexible Graphite / PTFE / Mica, depending on application Inner Ring: Carbon Steel / Stainless Steel, depending on service Outer Guide Ring: Carbon Steel / Stainless Steel Gasket Type: Basic spiral wound / Inner ring / Outer ring / Inner & outer ring Typical Standards Design: ASME B16.20 Flange Compatibility: ASME B16.5 / ASME B16.47 Dimensions: ASME B16.20 Suitable Flanges: Raised Face (RF), Male-Female (M&F), Tongue & Groove (T&G), depending on gasket design Pressure & Temperature The operating limits depend on the metal winding and filler combination. Flexible graphite-filled versions are commonly used for high-temperature steam and process applications, while PTFE-filled versions are suitable for many chemical services. Features Excellent sealing under fluctuating pressure and temperature High resilience and recovery Suitable for high-pressure applications Compensates for minor flange imperfections Good resistance to thermal cycling Available in various material combinations Inner and outer rings improve alignment and sealing performance Suitable for critical industrial services Applications Steam pipelines Oil & gas installations Refineries Petrochemical plants Power plants Chemical processing Boilers and heat exchangers Pumps and compressors High-temperature and high-pressure flange joints Advantages Reliable and durable flange sealing Excellent performance during thermal cycling Wide choice of materials for different fluids Suitable for demanding industrial conditions Helps reduce the risk of flange leakage

The KLINGER TD3 Thermodynamic Steam Trap is designed for efficient and automatic removal of condensate from steam systems while minimizing the loss of live steam. Its compact disc-type thermodynamic design makes it suitable for steam mains, drip legs, tracing lines, and other industrial steam applications. Construction Body Material: Typically forged carbon steel / stainless steel, depending on version Disc: Hardened stainless steel Cap: Robust metal construction Internal Parts: Wear-resistant precision components Operation: Fully automatic End Connections: Screwed / Socket Weld, depending on model version Working Principle When condensate enters the trap, pressure lifts the disc and allows condensate to discharge. As hot condensate flashes, steam pressure builds above the disc and closes it. Once this pressure reduces, the disc opens again. This cycle repeats automatically to discharge condensate efficiently. Typical Features Compact and robust design Single moving disc mechanism Automatic condensate discharge Low maintenance requirements Suitable for high-pressure steam applications Can handle superheated steam No external power required Resistant to vibration and water hammer Long operational life Applications Steam distribution lines Drip legs Steam tracing systems Process equipment Heat exchangers Power plants Refineries Chemical and petrochemical plants Textile and food-processing industries Advantages Helps prevent condensate accumulation and water hammer Minimizes live steam loss Simple construction with fewer moving parts Easy installation and servicing Improves overall steam-system efficiency

KLINGER Thermodynamic Steam Traps are designed for the efficient removal of condensate and air from steam pipelines and equipment while minimizing the loss of live steam. They operate automatically using the thermodynamic principle and a precision-designed disc mechanism. Their compact and robust construction makes them suitable for demanding industrial steam applications. Design & Construction Body Material: Forged Carbon Steel / Stainless Steel, depending on model Disc: Hardened Stainless Steel Cap: Stainless Steel / Carbon Steel Internal Parts: Hardened and wear-resistant materials Strainer: Available in selected models End Connections: Screwed / Socket Weld / Flanged, depending on model Working Principle When condensate enters the trap, the pressure lifts the disc, allowing condensate to discharge. As hot condensate flashes into steam, pressure builds above the disc and forces it onto the seat, temporarily closing the trap. When this pressure reduces, the disc opens again and the cycle repeats automatically. Typical Specifications Operating Pressure: Depends on the specific model Maximum Temperature: Suitable for high-temperature saturated and superheated steam service Size Range: Available in various nominal sizes Installation: Generally suitable for horizontal installation with the cap facing upward Operation: Fully automatic, with no external power required Features Compact and lightweight design Simple single moving-part disc mechanism Reliable automatic condensate discharge Suitable for high-pressure steam systems Handles superheated steam effectively Resistant to water hammer and vibration Low maintenance requirements Long service life No external power required Applications Steam mains and distribution lines Drip legs Steam tracing systems Heat exchangers Process equipment Power plants Refineries Chemical and petrochemical industries Textile and food-processing plants General industrial steam systems Advantages Efficient condensate removal Helps prevent water hammer Reduces heat loss from condensate accumulation Simple and robust construction Suitable for outdoor installation Easy installation and maintenance Improves overall steam-system efficiency

Klinger Ball Float Valves, commonly used as ball float steam traps, are designed for the efficient and continuous removal of condensate from steam systems while preventing the loss of live steam. The float-operated mechanism automatically responds to changes in condensate level, providing reliable operation and improved steam-system efficiency. Design & Construction Body Material: Cast Iron / Cast Steel / Stainless Steel, depending on model Float: Stainless Steel Valve Mechanism: Precision float-operated valve Seat & Valve: Hardened stainless steel, depending on model Cover: Bolted cover design Strainer: Available on selected models Air Vent: Automatic air vent on selected models End Connections: Screwed / Flanged, depending on model Working Principle As condensate enters the valve, the float rises with the liquid level and opens the discharge valve. Condensate is discharged continuously. When the condensate level falls, the float moves downward and closes the valve, helping prevent live steam loss. Typical Features Continuous condensate discharge Excellent steam-saving performance Automatic operation Handles varying condensate loads Suitable for low and high-pressure steam systems, depending on model Efficient air removal on models with thermostatic air vents Reliable operation with low maintenance Compact and robust construction Applications Steam heat exchangers Process heating equipment Unit heaters Air heaters Jacketed vessels Dryers Chemical and process plants Textile industries Food-processing equipment General steam and condensate systems Advantages Removes condensate as soon as it forms Helps maintain efficient heat transfer Minimizes steam loss Suitable for continuous process applications Long service life Improves overall steam-system efficiency

Klinger Piston Valves are designed for reliable isolation and control of steam, condensate, hot water, thermal fluids, and other industrial media. Unlike conventional globe valves, the piston valve uses a cylindrical piston with sealing rings to provide dependable, low-maintenance shut-off. The design helps reduce leakage and offers long service life in demanding industrial applications. Design & Construction Body Material: Cast Iron / Cast Steel / Stainless Steel, depending on model Piston: Precision-machined stainless steel Sealing Rings: Graphite-based sealing rings Bonnet: Bolted bonnet design Stem: Stainless steel Operation: Handwheel operated End Connections: Flanged / Screwed / Butt Weld, depending on model Typical Specifications Valve Type: Linear-motion piston isolation valve Pressure Rating: Depends on the specific model and material Temperature Range: Suitable for high-temperature service, particularly steam applications Size Range: Available in various nominal sizes depending on the series Testing: As per applicable international standards and manufacturer specifications Features Reliable leak-tight isolation Low maintenance requirements Durable graphite sealing system Suitable for high-temperature steam service Reduced risk of external stem leakage Long service life Smooth handwheel operation Sealing rings can typically be replaced during maintenance Applications Steam distribution systems Boiler plants Condensate lines Power generation Chemical and process industries Refineries and petrochemical plants Textile and paper industries General industrial utility systems Advantages Excellent performance in steam applications Long-lasting sealing arrangement Reduced maintenance and downtime Reliable isolation under demanding conditions Robust construction for industrial service

Sant Forged Brass Ball Valve Sant Forged Brass Ball Valve is a robust and reliable quarter-turn valve designed for efficient shut-off and flow control in various industrial, commercial, plumbing, and utility applications. Manufactured from high-quality forged brass, it offers excellent mechanical strength, corrosion resistance, and long service life. Key Features: Forged Brass Body for high strength and durability Full Bore / Standard Bore options 2-Piece or 3-Piece construction, depending on model Quarter-turn operation for quick ON/OFF control Chrome-plated brass ball for smooth operation PTFE seats for reliable sealing Brass or steel handle with protective coating Excellent corrosion resistance Compact and low-maintenance design Suitable for water, air, oil and other compatible fluids Typical Applications: Water supply systems Plumbing installations HVAC systems Compressed air lines Industrial utility pipelines Commercial buildings Irrigation systems Available Sizes: Typically 15 NB to 100 NB (½“ to 4“), subject to the specific Sant model. Brand: Sant Material: Forged Brass Type: Ball Valve Operation: Manual / Lever Operated Connection: Screwed / Threaded Pressure Rating: Model-specific If you tell me the exact Sant model number or photo, I can give you the exact technical specifications, pressure rating, size range and catalogue-style description.