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Glass Plate Level Gauge, also known as Sight Type Glass Level Gauge Glass Plate Level Gauge is a vital instrument, extensively employed across various industries to indicate or measure the liquid level within tanks, vessels, or containers. Coming in three types – transparent, reflex, and sight glass – this versatile gauge offers clear and direct readings, significantly enhancing operational efficiency and safety. Working Principle The working principle of the Glass Plate Level Gauge is simple yet effective. It operates based on the fact that liquid inside a container seeks its own level. The gauge comprises a transparent glass plate secured on one or more front windows of a machined metal body, creating a sealed viewing portal. In operation, the height of the liquid within the container can be seen directly through the transparent glass plate, facilitating an accurate level reading. Applications Glass Plate Level Gauges are pivotal in industries where maintaining specific liquid levels is crucial for safe and efficient operations. These sectors include, but are not limited to, chemical processing, power generation, oil and gas, and food and beverage production. The gauge can withstand varying pressures and temperatures, making it suitable for a broad range of applications.

CS Titanium's aerospace nickel alloys product line includes Nickel Rods/Wires, Nickel Sheets/Foils, and Nickel Tube/Pipe Fittings. These products are known for their exceptional corrosion resistance and electrical conductivity. They are utilized across industries such as electronics, aerospace, and chemical processing. The Nickel products from CS Titanium offer reliability and durability in high-temperature and corrosive environments, making them essential components in various industrial applications. Nickel & Alloy Types Nickel Rod & Wire CS Titanium offers Nickel Rods and Wires that are known for their high corrosion resistance and excellent electrical conductivity. They are used in various industrial applications, including electronics, aerospace, and chemical processing. Nickel Sheet & Foil Nickel Sheets and Foils from CS Titanium are versatile and corrosion-resistant. They find applications in industries such as battery manufacturing, electronics, and electroplating. Nickel Tube & Pipe Fittings CS Titanium provides Nickel Tube and Pipe Fittings, which are crucial components in industries like petrochemical, chemical processing, and heat exchangers due to their resistance to high-temperature and corrosive environments. Nickel & Alloy Product FAQs ? What are the key characteristics of CS Titanium's Nickel and Alloy products? These products are known for their exceptional corrosion resistance and excellent electrical conductivity. ? Why are CS Titanium's Nickel products preferred in high-temperature environments? Nickel has high-temperature tolerance and maintains its structural integrity in extreme heat, making it suitable for demanding applications. ? Are these Nickel products suitable for use in chemical processing equipment? Yes, CS Titanium's Nickel products are durable and corrosion-resistant, making them suitable for various chemical processing applications. As a titanium anode supplier, we provide nickel plated alloy, nickel alloys used in aerospace, heat treatment of nickel alloys, nickel alloy metals, nickel alloy material, ni based alloys, etc. For more about nickel alloy price per kg, contact us.

Minimum Order: 10 long tons

TRANSPARENT LEVEL GAUGE WORKING PRINCIPLE AND APPLICATION- SUPPLIED BY MANUFACTURER Transparent Level Gauge is an essential instrument in fluid monitoring, comprising a metallic body with an internal chamber and multiple viewing windows. Suitable for almost all installations, it allows the observation of the fluid level, interface, and color within the vessel, making it an indispensable tool in many industrial applications. Working Principle Transparent Level Gauges operate with two plate glasses between which the fluid resides. The level is indicated due to the differing transparency of the fluid and gaseous states, and in some cases, a light source located behind the gauge illuminates the separation surface, enhancing visibility. This light is completely reflected downward, providing a clear view to the observer. Applications Transparent Level Gauges find broad applicability across industries wherever fluid level monitoring is necessary. This includes installations where the use of protective mica or Polytrifluorochloroethylene shields is necessary to protect the gauge glass from corrosive fluids. Additionally, they are ideal for observing interfaces and color changes in the fluid, making them suitable for water/steam applications and monitoring colorless, highly fluid substances. Advantages These gauges offer several benefits, such as versatility for a wide range of installations and compatibility with protective shields for increased durability. Their design allows for the observation of interface and fluid color, providing critical information about the process fluid. Furthermore, the inclusion of safety ball-check devices in cross-fittings or shut-off valves prevents leakages, enhancing safety and reliability. Information Typically, valves are fitted between the gauge and its connecting ends, allowing for easy disassembly without needing to empty the vessel. Furthermore, Transparent Level Gauges can be customized with various connection options, including flanged, threaded, or welded ends. This adaptability ensures that they can fit seamlessly into your specific installation requirements.

Reflex Level Gauge is a sophisticated device used to measure liquid levels in a container. It utilizes a reflex glass with a prismatically grooved face pointing towards the gauge chamber. This setup facilitates a clear distinction between liquid and gas/vapor zones based on their brightness, resulting in an efficient and easy-to-read level indication. Materials: Level gauge glass. The critical component of a reflex level gauge is its level gauge glass. This glass is engineered to withstand the harsh conditions of various industrial applications, exhibiting resilience even under high pressure, high temperatures, or corrosive environments. It can be easily sourced and installed, thanks to the convenience of online shopping. Level Gauge Working Principle: The Reflex Glass Level Gauges operate based on light refraction and reflection principles. These gauges utilize specially crafted glass angled towards a chamber with 90° prismatic grooves. During usage, liquid fills the lower chamber section, while gases or vapors occupy the upper part. The liquid level is discerned from the distinct brightness contrast between the zones. Reflex gauges function efficiently without specific illumination, relying on natural daylight, and only need artificial lighting at night. The variation in brightness is achieved as follows: The liquid zone appears significantly dark during operation due to the refraction of most light rays inside the liquid, resulting in an almost black appearance because the non-reflective gauge chamber interior prevents the refracted rays from being externally visible. In contrast, the gas/vapor zone appears nearly silver due to total reflection of light rays at the glass/gas-vapor interface. This reflection, causing a 90° turn, makes the rays observable, thus giving the zone a bright silver appearance.

Nickel plated rod is a high-strength material composed of nickel and other alloy elements. nickel anode rod have excellent corrosion resistance, high- temperature performance, and thermal fatigue resistance. They are widely used in fields such as aerospace, chemical, energy, medical, etc., such as in the manufacturing of pneumatic engine components, petroleum drilling equipment, medical devices, etc. high nickel mig wire can be manufactured through different production processes, such as hot rolling, hot extrusion, cold extrusion, etc., to meet the needs of different fields. grade such as Inconel, Hastelloy, Kovar, Monel and others. Dimension Information of Nickel Rod & nickel wire for sale Cold rolled rod: Diameter range 3-65mm Hot rolled rod: Diamter range 6-254mm Grade and Feature of Nickel Rod & high nickel welding wire Grade Name UNS # Nickle Alloy rod/circle Feature Alloy® 20 N08020 DIN W.NR.2.4660 nickel-iron-chromium alloy that also contains molybdenum, copper, and niobium. It offers excellent resistance to corrosion, particularly in acidic environments such as sulfuric acid Monel® 400 N04400 B/SB164/B865 This alloy contains approximately 67% nickel and 30% copper, along with small amounts of iron, manganese, and other elements. Monel® 404 N04404 B/SB164/B865 contains approximately 63% nickel and 33% copper, along with small amounts of iron, manganese, and other elements. Inconel® 600 N06600 / This alloy contains approximately 72% nickel and 14% chromium, as well as smaller amounts of iron, manganese, and other elements Inconel® 625 N06625 / nickel-chromium-molybdenum alloy with niobium and other elements added Inconel® 718 N07718 / nickel-chromium alloy that contains significant amounts of iron, niobium, molybdenum, and trace amounts of other elements Incoloy® 800 N08800 B/SB408 This alloy contains approximately 30% nickel, 20% chromium, and small amounts of other elements such as iron, copper, and titanium For more information about nickel rod price, please feel free to contact us! There are many titanium bar stock suppliers, but we are one of the best choices for you.

Minimum Order: 10 long tons

Molybdenum wire is mainly refers to the wire cutting processing with high pressure electric field continuous movement to cut the workpiece made of molybdenum and other precious metal consumables, that is wire cutting machine tool processing workpiece continuous movement of fine metal wire called electric wire (also called electricity), it can carry out pulse spark discharge on the workpiece, cutting metal forming. Moly wire has many other uses. The high quality high temperature molybdenum raw material is processed into silk by the advanced process of hot and cold drawing, which is used in the wire cutting machine as a power to process the workpiece. Molybdenum Wire Specification Classification: pure molybdenum wire 0.18 mm, lanthanum molybdenum wire, yttrium molybdenum wire, wire cutting special molybdenum wire four categories. Chemical composition: according to the national standard GB/T3462-2007 "molybdenum strip and molybdenum slab" the relevant technical requirements. Diameter and Tolerance of Molybdenum Wires: Nominal diameter(μm) 200mmwire segment weight 200mmwire segment weight tolerance(%) Diameter tolerance(%) ⅠGrade Ⅱ Grade ⅠGrade Ⅱ Grade 20≤d<30 0.65~1.47 ±2.5 ±3 － － 30≤d<40 >1.47~2.61 ±2.0 ±3 － － 40≤d<100 >2.61~16.33 ±1.5 ±3 － － 100≤d<400 >16.33~256.2 ±1.5 ±4 － － 400≤d<600 － － － ±1.5 ±2.5 600≤d<3200 － － － ±1.0 ±2.0 Molybdenum Wire Application Pure gold molybdenum wire: used for winding core wire, support, lead wire, heating element, molybdenum foil tape, wire cutting, auto parts spraying, etc. Lanthanum molybdenum wire: used for wire wound core glass sealing parts, molybdenum foil belt, furnace heating materials, wire cutting high-temperature components, etc. Yttrium molybdenum wire mesh: used for support, lead line, vacuum tube reed, grid, furnace body heating materials, high temperature components. Molybdenum wire cutting: used for the cutting and processing of various non- ferrous metals, steel and magnetic materials. It has high strength, good discharge performance, high surface finish, fast cutting speed, long service life and so on. Appearance: The surface of the gold plated molybdenum wire is coated with graphite emulsion, which is uniform in black Surface state molding process: drawing, forging, polishing Storage and transportation: molybdenum spray wire shall be stored in a dry, acid-base free atmosphere with relative humidity less than 65%, and moisture- proof during transportation. For more information about molybdenum wire price and molybdenum wire uses, please feel free to contact us! There are many titanium forgings manufacturers, but we are one of the best choices for you.

Minimum Order: 10 long tons

Molybdenum target include molybdenum plane targets (molybdenum round targets and molybdenum strip-type targets) and molybdenum rotating targets. Molybdenum plane targets are formed by processing high-quality plates of our company, and feature high density, no crack and sand hole inside, bright surfaces, uniform color and luster as well as accurate dimensions. Small molybdenum sputtering are processed by high-quality bars, and feature accurate dimensions, smooth surface, high purity, etc. Molybdenum sputtering target of the conventional size are produced by a hot isostatic pressing process, and feature high density (10.15 g/cm³), fine grains and good molding. Conventional density: 10g/cm³~10.15g/cm³; Special process density: more than 10.15g/cm³． Molybdenum Target Specifications Element Mo Purity ≥99.95%(3N5) Typical sample dimension φ153mm×φ123mm×1114mm Density 10.15g/cm3 Hardness HV5:246-253 Grain Size 35μm Appearance Ra≤0.4μm Impurity Content (powder) Pb ≤5ppm C ≤20ppm Cd ≤5ppm Sb ≤10ppm Si ≤10ppm Ni ≤30ppm Cu ≤10ppm P ≤5ppm Mg ≤10ppm N ≤50ppm Bi ≤5ppm Al ≤15ppm Ca ≤15ppm N ≤ppm Note: all the specifications can meet the requirements of customers on high accuracy through machining. Molybdenum Target Application Molybdenum target can be formed on the substrate film, widely used in electronic components and electronic products, integrated circuits, information storage, liquid crystal display, laser memory, electronic control devices; It can also be used in glass coating field; It can also be used in wear-resistant materials, high temperature corrosion, decorative supplies and other industries. Molybdenum Target Alloy Series In addition to molybdenum target material, we can also provide molybdenum- titanium alloy, molybdenum-rhenium alloy, molybdenum-niobium alloy, molybdenum- copper alloy, molybdenum-lanthanum alloy, molybdenum-tantalum alloy, etc. If you are looking for a reliable titanium mesh supplier, don't hesitate to contact us!

Minimum Order: 10 long tons

Green plain gauge glass is a unique sight glass designed for applications such as petroleum, chemical industry, metallurgy, electric power, food, and medicine. Its key feature is the green glaze on both sides, tailored to enhance fluid level visibility and accuracy of readings within various containers or tanks. Green Plain Gauge Glass Green Plain Gauge Glass Surface Treatment The glass undergoes a special firing process, resulting in a green glaze on two surfaces. This treatment enhances the optical refraction principle such that, without liquid, one can clearly see the green color on the surface. Conversely, with fluid in the liquid level meter, the refractive index of the glass matches that of the liquid, and the green color does not reflect, allowing the viewer to see white instead. Applications Green Plain Gauge Glass is widely used in several industries like petroleum, chemical, metallurgical, electric power, food, and medicine sectors. It is especially vital in situations requiring precise monitoring and measuring of liquid levels within containers or tanks. Specifications This type of gauge glass is customized to meet clients’ specific requirements in terms of size and other physical properties. The customization ensures that it perfectly fits into the intended applications, enhancing its functionality and efficiency. Advantages The major benefits of Green Plain Gauge Glass include high resistance to temperature and pressure changes, enhancing its suitability for demanding applications. Its unique green glaze enhances visibility and reading accuracy, improving overall operational efficiency. Please note that the specific characteristics of the Green Plain Gauge Glass may vary based on the manufacturing process and materials used.

In refractory metals, molybdenum has good thermal conductivity, electrical conductivity and low thermal expansion coefficient, has high strength under high temperature (1100~1650℃). Compared with tungsten, it can be easily processed, thus widely used in high temperature furnace, electron tubes, electric light source, metal cutting machine tools manufacturing sector and aerospace industry. Moly foil can bear molten glass etching, the oxide will not pollute glass. Moly sheet materials are used for heating electrode in glass industry, and the sputtering target for solar cells and flat panel displays. Molybdenum/Molybdenum Alloy Sheet & Foil Specification Grade: Mo1, Mo-La (0.2%-1%La), TZM (molybdenum alloy364), JMo1, Mo360, Mo361 Standard: GB/T 3876-2007(Molybdenum and molybdenum alloy plate) GB/T 3877-83(Molybdenum foil) ASTM B386-03(Molybdenum and molybdenum alloy plates, sheets, strips and foil) Surface: cold rolling, grinding, washing surface, Sandblasting Size Cold rolled plate Thickness (mm) Width (mm) Length (mm) 0.05~0.2 200 1000 >0.2~2 600 2000 Hot Rolled plate Thickness (mm) Width (mm) Length (mm) 2~5 700 2000 >5~10 650 1000 >10~30 600 1000 Chemical Element Mo other Each ≥99.95% ≤0.05% ≤0.001% Molybdenum/Molybdenum Alloy Sheet & Foil Application Heat shield and heat elements for high-temperature furnace For producing electric light source parts,components of electric vacuum Used for sputtering targets There are many molybdenum sheet suppliers, but we are one of the best choices for you. For more information about molybdenum foil price, please feel free to contact us! If you are looking for a reliable titanium alloy round bar supplier, don't hesitate to contact us!

Minimum Order: 10 long tons

Grade: Mo1 Mola TZM Standard: GB/T4188-1984 Surface condition: Black, Alkali wash, Bright, polished. Molybdenum Rod Specification Chemical composition Fe Ni Al Si Ca Mg P C O N Mo 0.005 0.003 0.002 0.002 0.002 0.002 0.001 0.006 X 0.003 other Moly rod with Dia.30mm Max. , O:≤0.003%; Moly rod with Dia.30-Dia.80, O≤0.005%; Moly rod with Dia.80mmMin, O≤0.01% Product Specification Product Name Diameter Tolerance Forged molybdenum rod >80mm +/-2.0mm 25mm-80mm +/-1.0mm Rotary forged molybdenum rod 10mm-25mm +/-0.2mm 3.0mm-10mm +/-0.1mm Bright molybdenum rod >20mm +/-0.2mm Straightened molybdenum rod 0.5mm-3.0mm +/-0.03mm Polished molybdenum rod 0.8mm-50mm +/-0.2mm Molybdenum Rod Related Products We can supply not only pure molybdenum rod stock, but also molybdenum lanthanum alloy rod (high temperature molybdenum rod), TZM alloy rod and tungsten molybdenum alloy rod. The lanthanum molybdenum rod can still maintain enough ductility and high temperature resistance at high temperature. TZM alloy rod has higher hardness and good wear resistance compared with other molybdenum alloys. Molybdenum Rod Application Mainly used in the manufacture of electric vacuum parts, guide rod, electrode, lead wire, high temperature parts, furnace heating rod and so on. As a molybdenum rod supplier, we provide molybdenum bar, moly rod, molybdenum round bar, molybdenum bar stock, etc. For molybdenum rod price or more, contact us. There are many titanium plate distributors, but we are one of the best choices for you.

Minimum Order: 10 long tons

Molybdenum electrode made by powder metallurgy technology with pure molybdenum powder has high melting point, high temperature strength and hardness, good thermal shock resistance, good electrical conductivity, thermal conductivity and corrosion resistance. Molybdenum also has a good process suitablility, easy to carry out pressure processing and mechanical processing. Molybdenum is resistant to high temperature, corrosion of molten glass, and the corrosion products do not pollute the glass, so it has been widely used in the glass melting furnace. Molybdenum Electrode Types MoZrO2 Electrode The electrode may deform due to gravity and glass liquid erosion at high temperature. We can provide a special electrode enhanced scheme for this case. A small amount of ZrO2 adding to the molybdenum can greatly enhance the electrode sag resistance and creep resistance at high temperature. Coated Electrode A special kind of silicon material is coated on the surface of the molybdenum electrode, which can cut off the contact between the air and the electrode, thereby increasing the service life of the electrode in the oxidizing atmosphere. Molybdenum Electrode Specification The molybdenum electrode is suitable for all kinds of glass furnace except lead glass, and the highest temperature is 1600℃. We have molybdenum electrode water jacket, 5K alloy, impeller and other accessories for your choice. Main specifications and performance indexes of molybdenum electrodes Electrode type Specification(mm) Electrode strength(σb MPa) 20℃ 1400℃ Molybdenum plate electrode (3-10) × (80-250) × (1000-1300) 676 66 Molybdenum rod electrode (Φ30-Φ80) × (200-1500) 696 83 Molybdenum Electrode Application Glass furnaces are divided into flame heating furnaces and electric melting furnaces. Electric melting furnaces are mainly divided into all electric- melting furnaces, forehearth electric boosters and complex furnaces. With the further improvement of the national energy saving and environmental protection requirements, the electric melting furnace has began to replace the flame heating furnace. Domestically, there are two major systems as follow for the molybdenum electrode electric melting furnace according to the categories of molten glassware: soda-lime glass and borosilicate glass. Various specifications of the plate and rod electrode can meet the requirements for various electric melting furnace. The electrode has the advantages of less investment, high energy saving and high yield, corrosion resistance of the glass liquid, uniform electric load and current density, uniform temperature in the furnace, stable operation, etc. There are many titanium rod manufacturers, but we are one of the best choices for you.

Minimum Order: 10 long tons

Pure titanium wire, titanium alloy wire, titanium eyeglass wire (TB5 titanium wire), pressure vessel titanium welding wire, titanium straight wire, titanium coiled wire, titanium welding, titanium hanging wire, titanium bright wire, medical titanium wire (gr23/Gr5Eli titanium wire), and 3D printing titanium wire are the different types of titanium wire available. The most popular titanium alloy for 3D printing is the titanium alloy Ti6Al4/gr5 and Ti6Al4V ELI/Gr23. Titanium Wire Specifications Material gr1 gr2 gr3 gr4 gr5 gr7 gr9 gr12 gr23 tc11 tb5 tb9 tc20 Standards ASTM B863, AWS A5.16 (titanium welding wire standard), ASTM F67, ASTM F136 Size 0.1-8mm Surface 1) Black surface with oxide 2) Picking surface (removing the oxide) 3) Bright surface (titanium original color) Delivery status Hot working status (R), cold working status (Y), annealing status (M) Packaging 1. Straight wire: 1-8mm, 5kg/plastic box, 2. In spool: 0.1-1mm, 0.8kg/spool, 1kg. spool, 10kg/spool 3. In coil: 1-8mm, 20-80kg per coil Medical Titanium Wire Applications The attributes of titanium wire are light weight, high strength, metallic sheen, and strong resistance to corrosion. It is referred to as a ''space metal,'' ''smart metal,'' ''biometallic metal,'' and ''versatile metal'' because of its stable chemical properties, which also provide it good resistance to high temperature, low temperature, strong acid, and strong alkali, as well as high strength and low density. At the moment, titanium welding wires make up more than 80% of all titanium and titanium alloy wires. For instance, welding pipes, repairing jet engine turbine discs and blades, welding gearboxes, and welding other titanium equipment. Due to its exceptional corrosion resistance, titanium wire is widely utilized in sectors such as the chemical, pharmaceutical, paper, and jewelry industries. For instance, a filter screen is woven using pure titanium wire. Due to their exceptional all-around performance, titanium and titanium alloy wires are used to manufacture fasteners, load-bearing parts, springs, etc. Medical titanium wire: The production of medical equipment, implant dental crown fixation, skull fixation, etc. in the human body all use titanium and titanium alloy wires. Because titanium nickel alloy wire has a form memory property, it is utilized to make satellite antennae and shoulder pads for apparel. Different electrodes are made with titanium and titanium alloy wires in the water treatment and electroplating sectors. Gr5 and Gr23 titanium wire are two types of titanium wire that are frequently used in 3D printing. Gr5 titanium wire is frequently used in high-performance industries like aircraft, medicine, shipbuilding, and chemical engineering because of its high specific strength and resistance to corrosion. Gr23 titanium wire is printed into surgical instruments, spinal orthopedic rods, plates, screws, and other goods for medical implants because of its biocompatibility, corrosion resistance, and hardness. There are many titanium alloy manufacturers, but we are one of the best choices for you.

Minimum Order: 1 bags

Optical glass, also known as optical lenses or glass lenses, is typically categorized as plano-convex (PCX), double-convex (DCX), plano-concave (PCV), or double-concave (DCV) lenses. They are commonly made from materials such as soda-lime, borosilicate, and quartz, with diameters varying from 1mm to 300mm and tolerances held to within ±0.1mm. Distinguished by their scratch resistance, these lenses are easy to clean and maintain due to their polished, smooth surfaces that resist oil and chemical contamination. Notably, quartz glass lenses boast a high light transmittance rate of up to 95%. These lenses are essential in various domains including daily life, science, education, and industry, being integral components in lights, cameras, microscopes, telescopes, and collimators, among others. Optical Glass Optical Glass Advantages: Chemical Stability and Easy Maintenance: The glass material’s anti-corrosion properties make it easy to clean and maintain. Precise Tolerance: With over a decade of experience in optical glass manufacturing, we can tailor tolerances to meet your needs, even achieving minimal values for high-precision applications. Surface Covering: Our surface coverings assist in anti-reflection and filtering. Applications: Magnifi , cation: Convex lenses serve as magnifying glasses, aiding in the observation of minuscule objects. Education: Optical lenses play a significant role in physics and are widely used in schools for educational purposes. Instrumentation: Medical, biological, and astronomical instruments such as microscopes, telescopes, and collimators frequently employ optical lenses. Photography: Glass lenses are integral to the imaging process in cameras. Lighting: Optical glass aids in light manipulation, concentrating or scattering rays for specific purposes. Specifications: Classifica , tion: Optical lenses are categorized as plano-convex (PCX), double- convex (DCX), plano-concave (PCV), or double-concave (DCV). Material: These lenses are made from soda-lime, borosilicate, or quartz. Diameter: Ranges from 1-300 mm. Diameter Tolerance: Maintained within ±0.1 mm. Thickness Tolerance: Controlled within ±0.1 mm. Curvature Radius Tolerance: Usually ±0.5, but can reach ±0.1% in precision applications. Centration: Less than 3 minutes of arc. Clear Aperture: Over 90%. Beveling: Below 0.2 × 45° or as per requirements. Refractive Index: Between 1.4 and 1.6.

Graphite Gasket for Gauge Glass Graphite Gasket for Gauge Glass is a superior sealing solution designed to enhance the performance of gauge glass assemblies. Crafted from pure, exfoliated graphite flake material, these gaskets are resilient, offer excellent sealing under extreme conditions, and ensure reliable operation in demanding applications. Applications Graphite gaskets are extensively used in a variety of industrial applications. They are primarily utilized to isolate the glass from the liquid within the level gauge, thus preventing leakage and maintaining the accuracy of fluid level measurements. These gaskets are especially relevant in applications involving high temperatures, high pressures, or corrosive fluids. Specification We offer these graphite gaskets in various sizes to suit the needs of different gauge glass assemblies. Custom sizes are available upon request to accommodate the specific requirements of each user. Advantages Graphite gaskets for gauge glass are robust and reliable, offering superior sealing capabilities. They are resistant to a wide range of temperatures and pressures, making them suitable for extreme conditions. The option to customize the size and imprint logo patterns allows for a high degree of personalization to meet specific operational needs. Furthermore, the durability of these gaskets results in reduced maintenance needs and, consequently, lower long-term operational costs.