ASBESTOS GASKET IDEAL INSULATING AND CORROSION RESISTANT MATERIAL
Asbestos Gasket is inexpensive, readily available and stable. It is fireproof and can withstand extreme heat making it the ideal thermal isolation material. As well, asbestos gaskets are non-corrosive, impervious to chemical reactions and non-conductive of electricity.
It is widely used in exhaust systems, turbo chargers and cylinder.
TYPES
White fibrous chrysotile asbestos on a black background
Chrysotile asbestos
Grey acicular fiber amphibole asbestos on a black background
Amphibole asbestos
COMMON SPECIFICATIONS
Thickness (mm) 0.46.0
Plate sizes (mm) 1000 1500, 1270 1270, 1270 1300, 1270 3810, 1300 1300, 1350 1350, 1350 1500, 1360 1500, 1500 1500, 1500 2000, 1500 3000, 1500 4000, 1500 4100, 1500 4500, 2000 3000
Maximum continuous working temperature 200 °C
Steam max continuous working temperature 120 °C
Maximum operating pressure 70 bar
Maximum pressure (MPa) 1.5
Tensile strength (MPa) 6
Compressibility 12 ± 5 %
Density (g/cm3) 1.62.0
Color red, green, blue, yellow, black, gray and more
ple in.
REINFORCED GRAPHITE GASKET WITH METAL MESH, FOIL OR TANGED METAL
Reinforced Graphite Gasket is an improved semi-metal gasket reinforced by a metallic mesh, foil or tanged metal. It is laminated from compressed layers of purified natural graphite flake and mechanically bonded with the stainless steel tangs to ensures the material retains dimensional stability in high temperatures.
Reinforced graphite gasket has many excellent sealing properties, such as heat stability, self-lubrication, corrosion resistance and without being brittle and aging. In addition, under extreme conditions, reinforced graphite gasket can be used stably for long time without maintenance. So it is suitable for pipe, valve, pump, pressure container, heat exchanger and condensate.
Reinforced graphite gasket can be made into special shapes.
COMMON SPECIFICATIONS
Reinforced material:
Low carbon tanged metal.
Stainless steel tanged metal.
Stainless steel flat sheet.
Stainless steel mesh sheet.
A piece of reinforced graphite gasket with low carbon tanged reinforced layer.
Low carbon tanged metal reinforced layer
A piece of reinforced graphite gasket with stainless steel tanged reinforced layer.
Stainless steel tanged metal reinforced layer
A piece of reinforced graphite gasket with stainless steel flat sheet reinforced layer
Stainless steel flat sheet reinforced layer
A piece of reinforced graphite gasket with stainless steel mesh sheet reinforced layer
Stainless steel mesh sheet reinforced layer
Reinforced Materials Pressure (N/mm2) Compressibility (%) Recovery (%) Gas Permeability (cm3/min) (T=1.5 mm) Sealing Quality (T=1.5 mm) Sealing Constant
N2m (1/hr) Bumming Oil AM (1/hr) "M" "Y"
Tanged Carbon Steel Gasket â?¥ 4.8 3035 1520 â?¤ 0.8 30 < 0.5 3.0 9000
SS304/SS316 Tanged Gasket 3035 1530 â?¤ 0.8 60 2.5 4000
SS304/SS316 Flat Gasket 3040 1015 â?¤ 0.4 35 2.0 900
SS304/SS316 Mesh Sheet 4050 1520 â?¤ 0.1 70 3.0 5000
FEATURES
Corrosion proof.
High purity and density.
Long using life.
High temperature resistance.
Excellent compressibility and recovery.
No softening point.
APPLICATIONS
Reinforced graphite gasket is suitable for pipe, valve, pump, pressure container, heat exchanger, condensate punched flange, cylinders of diesel engines and water meter.
Reinforced graphite gaskets are used on the valves on the white background.
Reinforced graphite gaskets for valve
One hand is using a brush to wipe the reinforced graphite gasket mounted on the flange.
Reinforced graphite gaskets for flange
CORRUGATED METAL GASKET COVERED WITH GRAPHITE OR PTFE LAYER
Corrugated metal gasket (CMG) consists of a metal core with concentric grooves on both sides and coated with expanded graphite, PTFE layer or non-asbestos plate.
Corrugated metal gasket with soft layer on both sides is used for low pressure applications in large diameter flue gas ducts at high temperature. In addition, corrugated metal gasket is a versatile sealing element when bolt loads are low.Unlike other materials and structures, it can be very resilient.
What's more, corrugated metal gasket directly replaces spiral wound gasket and eliminates inward buckling issues while creating a seal at moderate flange stresses.
AVAILABLE COATING TYPES
There is a corrugated metal gasket coated with graphite on the white background.
Corrugated metal gasket coated with graphite
Structure diagram of a corrugated metal gasket with PTFE layer.
Corrugated metal gasket with PTFE layer
There is a corrugated metal gasket coated with non-asbestos plate on the white background.
Corrugated metal gasket coated with non-asbestos plate
AVAILABLE TYPES
There are many types of corrugated metal gaskets to meet different circumstance.
Sectional view of corrugated metal gasket 01 on the white background.
Corrugated metal gasket 01
Sectional view of corrugated metal gasket 02 on the white background.
Corrugated metal gasket 02
Sectional view of corrugated metal gasket 03 on the white background.
Corrugated metal gasket 03
Sectional view of corrugated metal gasket 04 on the white background.
Corrugated metal gasket 04
FLEXIBLE GRAPHITE GASKET HIGH QUALITY SEALING MATERIAL
Flexible graphite gaske is also called expanded graphite gasket. It consists of a pure exfoliated flake material and contains no binder or filler.
In addition, the amount of carbon present in the sheet is a key determinant of its flexibility: the higher the percentage of carbon present, the more flexible the sheet. Flexible graphite gasket contains a carbon content of between 95 percent and 99.9 percent. What's more, it has good corrosion, high/low temperature and high pressure resistance performance. All these make it a critical sealing solution for some applications. Such as pipes, valves and pumps.
AVAILABLE SHAPES
Special shapes can be customized.
Two black flexible graphite gaskets 01 on the white background.
Flexible graphite gasket 01
Many black flexible graphite gaskets 02 on the white background.
Flexible graphite gasket 02
A black flexible graphite gasket 03 on the white background.
Flexible graphite gasket 03
Non-asbestos Gasket Good Alternative To Compressed Asbestos Gasket
Non-Asbestos Gasket is a general-purpose sheet material reinforced with high-grade asbestos-free fibers and bonded with heat-resistant nitrile rubber.
It has excellent anti-stick performance on both sides. It is a good alternative to compressed asbestos gasket.
The gasket is suitable for engineering, automobile, chemical, oil & gas, petrochemical, power generation, paper, glass & ceramic, sugar, steel, smelter, boiler, pharmaceutical, Marin and all applications where needs higher temperature and pressure resistance and where non-critical gaseous and liquid media have to be sealed off.
COMMON SPECIFICATIONS
Thickness (mm) 0.46.0
Available size (m) 1.5 1.6, 1.5 2, 1.5 3, 1.5 4, 1.5 6
Maximum continuous working temperature 650 °F
Steam max continuous working temperature -100 °F
Maximum pressure 85 bar
Tensile strength (MPa) 13
Residual stress (MPa) > 22
Compressibility 6%
Cold compressibility 8%
Cold recovery 3%
Hot creep 22%
Hot recovery 2%
Density (g/cm3) 1.62.0
Gas permeability (mL/min)
RUBBER GASKET AN EXCELLENT MECHANICAL SEAL GASKET
Rubber gasket creates a seal between two parts. It prevents dirt, gas, dust or fluid from leaking out of or into its joining.
Rubber gasket is a mechanical seal. It has excellent compressibility, resilience, expansibility, anti-permeability and easy assembly and disassembly. So rubber gasket is widely used in aerospace, petrochemical and architecture industries.
In addition, rubber gasket are available in five common materials including EPDM, NBR, neoprene, viton and silicone.
EPDM GasketNBR GasketNeoprene GasketViton GasketSilicone Gasket
Three black EDPM rubber gaskets.
EDPM gaskets
EDPM GASKET WITH HEAT AND OZONE RESISTANCE
EPDM (Ethylene Propylene Diene Monomer) is an extremely durable synthetic rubber elastomer. EPDM offers excellent resistance to UV, heat, ozone, chemicals, animal and vegetable oils and harsh weather. Stable in low and high temperatures, this material has a service range of -40 °F to 212 °F and is intermittent to 275 °F.
Because of its excellent performance, EPDM gasket is typically used for automotive seals and marine seals.
COMMON SPECIFICATIONS
Durometer Rating (hardness): 40, 60, 70
Temperature Range: -40 °F to 212 °F
Elongation: 350%
Tensile Strength: 1100 psi
Widths: 36", 48"
Gauge (thickness): 1/16", 1/8", 3/16", 1/4"
APPLICATIONS
Petrochemical. Gaskets for process equipment that are resistant to corrosive fluids and temperature fluctuations.
Aerospace. High-performance gaskets, such as ESD protection and EMI shielding.
Architecture. Such as ducts, door and window seals, wall cladding, expansion joints and curtain walls.
HVAC. Ducting and expansion joint gaskets for heating and ventilation systems.
Power & Utility. Gaskets for use in electrical equipment, compressorsand cable couplings.
Sanitary.
Rubber gaskets are used in duct system.
Rubber gasket for duct system
Fluorosilicone rubber gaskets has been the go-to seal material for jet fuel applications.
Rubber gaskets for aerospace
A person is installing a black rubber gasket at the drain duct.
Rubber gasket for duct
One hand is disassembling the rubber gasket on the pressure cooker.
Rubber gasket for power
COPPER GASKETS WITH GOOD JOINTING AND SEALING PERFORMANCE
Metallic Gasket are commonly known as oxygen-free copper solid copper gasket. They are stamped from 1/4 hard, high purity, oxygen free copper stock.
The design of the gasket is an object used to seal the joint between two surfaces or objects in order to prevent leaks, corrosion or contamination in a system where the two objects being joined are not perfectly matched. In addition, copper is a very soft metal. This means it can provide a cushion or support between objects or parts in the system.
What's more, copper gaskets have good jointing and sealing performance which makes them widely used on engines and flanges.
AVAILABLE SHAPES
Special shapes can be customized according to your requirements.
There are many different sizes of O-ring copper gaskets on the white background.
O-ring copper gaskets
There are six 2-bolt copper gaskets on the background.
2-bolt copper gaskets
3-bolt copper gaskets on the background.
3-bolt copper gaskets
A customized copper gasket-01 on the white background.
Customized copper gasket-01
Two customized copper gasket-02 on the white background.
Customized copper gasket-02
A customized copper gasket-03 on the white background.
Customized copper gasket-03
COMMON SPECIFICATIONS
Section Item OD (mm) ID (mm) Thickness (mm)
A copper gasket on the white background.
Copper gasket
CG-01 16 12 2
CG-02 21 16 2
CG-03 35 26 2
CG-04 48 37 2
CG-05 62 52 2
CG-06 99 82 2
CG-07 120 101 2
CG-08 171 152 2
CG-09 222 203 2
CG-10 294 269 2
Note: Special sizes can be customized.
FEATURES
Superior thermal conductivity. This feature stabilizes the head and block temperature.
Oil resistance.
Corrosion resistance.
25% coefficient of elasticity.
High tensile strength. The tensile strength of copper is about 32000 psi.
APPLICATIONS
Copper gaskets are used to mate two vacuum flanges together.
Engines. Copper head gaskets are the superior choice for blown, nitrous, turbo-charged and high compression engines. And the automotive and aerospace industries are the biggest consumers.
Pipelines.
Copper gaskets are used on the flange.
Copper gaskets for flange
Copper gaskets are used on the engine.
Copper gaskets for engine
A pipe with copper gaskets is being inserted.
Copper gaskets for pipeline
SPIRAL WOUND GASKET OFFERS HIGH COMPRESSIBILITY AND RECOVERY
Spiral Wound Gasket is composed of a steel outer ring, a spiral wound sealing strip filler and a special steel inner ring. It is created by winding alternating strips of metal and filler material.
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Outer guide ring is fitted to centralise the gasket between the bolts and to act as a compression limiter. Inner ring is fitted to reduce the gap between the inside diameter of the gasket and the bore of the flange.
It is widely used in moderate to critical services in various industries. They are most suitable for the gaskets subject to extreme temperature or pressure cycling, shock or vibration. These gaskets have the best resistance property when compare with other metal and asbestos type gaskets.
TYPES
Centering gasket (Style CG). Utilizes an external ring which accurately centers gasket on flange face. It provide an additional radial strength to prevent the gasket blow-out and acts as a compression stop. A general purpose gasket suitable for both flat face and raised face flanges.
Centering gasket with inner ring (Style CGI). This style is similar to style CG, but it additionally consists of an inner ring. The outer ring is used for centering and the internal ring used as an additional compression limiting stop. The internal ring also serves as a barrier to protect the gasket from heat and corrosion.
Reinforced spiral wound gasket (Style R). It is a basic configuration of spiral wound gasket. The Inner and outer diameters are reinforced with several plies of metal without filler to give greater stability and better compression and sealing characteristics.
Reinforced inner ring spiral wound gasket (Style RIR). This style of the gasket, the solid inner metal ring acts as a compression stop and fills the annular space between flange bore and the inside diameter of the gasket. It is designed to prevent accumulation of solids, reduce turbulent flow of process fluids and minimize erosion at flange faces.
Three centering gaskets with black inner ring on a white background.
Style CG spiral wound gasket
A centering gasket with inner ring with yellow outer ring on a transparent background.
Style CGI spiral wound gasket
A reinforce spiral wound gasket on a white background.
Style R spiral wound gasket
Aspiral wound gasket with a solid metal ring on a gray background.
Style RIR spiral wound gasket
PTFE GASKET IDEAL GASKET SOLUTION FOR HIGHER BOLT LOADS EQUIPMENT.
PTFE Gasket is made of synthetic fluoropolymer of tetrafluoroethylene.
It has highly resistant to chemicals, solvents, caustics and acids, except for alkali metals and fluorine gas. In addition, PTFE also has a very low surface energy and conforms to FDA regulations.
PTFE gasket provides excellent sealing performance in corrosive environments.
It can be used as flange gasket in the chemical industry, machine and equipment industry and piping.
COMMON SPECIFICATIONS
Item Thickness (mm) Inner Diameter (mm) Outer Diameter (mm)
PG-01 0.820 22 47.5
PG-02 34 66.5
PG-03 43 76
PG-04 49 85.5
PG-05 61 104.5
PG-06 73 124
PG-07 273 339.5
PG-08 324 409.5
PG-09 407 514
PG-10 508 606.5
FEATURES
Excellent sealing at high temperatures and pressures.
Non-corrosive, non-wetting, non-contaminating and odourless.
Excellent electrical and thermal insulation in virgin PTFE form.
Excellent chemical and mechanical resistance.
Very low gas leakage (complies with German Fugitive Emission Regulation TA-Luft).
Minimized cold-flow and creep behaviour.
Ideal for aggressive chemicals.
Long service life.
Easy to handle and cut.
MATERIALS TYPES
Virgin Teflon gaskets. Virgin Teflon gaskets are produced directly from pure material. They are used in the majority of general applications due to the most cost-effective type of PTFE material and possessing the greatest physical and electrical insulation properties.
Filled Teflon gaskets. Filled Teflon gaskets are made from virgin PTFE material with an added substance to improve their sealing properties. The gaskets materials exhibit strong physical characteristics, the strength can be altered depending on the type of filler that is used to enhance the material.
Expanded Teflon gaskets. Expanded Teflon gaskets are produced through virgin PTFE being expanded in a manner that creats uniform tension strength across the material. This process results in a PTFE material that carries no structural weakness and more flexible. They also exhibit the unique chemical resistant properties of virgin PTFE due to the fact that no additives are added.
Three white virgin teflon gaskets on a ivory color background.
Virgin teflon gaskets
Some filled teflon gaskets with different sizes on a black background.
Filled teflon gaskets
Some expanded gaskets on a gray background.
Expanded teflon gaskets
OIL SEAL OPTIMAL FLUID SEALING PERFORMANCE
Oil Seal normally consists of three basic components: the rubber sealing element, the metal insert (case) and the garter spring. The purpose of the sealing element is to stop the fluid from leaking between the shaft and housing. The metal insert will give rigidity and strength to the seal while it is being held in the bore or recessed groove. The garter spring will help make the rubber sealing element more effective.
In precision bearings, oil seal helps prevent lubricants from escaping the bearings or a specific area. In machine components, oil seal helps prevent abrasives, corrosive moisture and other harmful contaminants from entering machinery. It also helps stop mixture of two different mediums, such as lubricating oil and water.
TYPES
Twenty different types of oil seals on a white background.
The diagram of oil seal types
COMMON SPECIFICATIONS
ASTM/DIN ISO NBR ACM VMQ (Silicone) FKM HNBR (NEM) PTFE
Wear Resistance very good moderate moderate very good moderate good
High Temperature Oil Resistance 100 °C 150 °C 180 °C 200 °C (max. 150 °C operate temperature) 150 °C (max. 140 °C operate temperature) 200 °C
Low Temperature -40 °C -30 °C -50 °C -25 °C -40 °C -80 °C
Oil Resistance good good moderate very good good extremely good
Common Specifications of Oil Seal
(Click for details)
FEATURES
Provides good low temperature resistant capability
Low swelling in hydrocarbon fluids
High sealing performance by optimum
Lightweight, compact and energy-saving
Compatibility with the fluid contacted
High degree of elasticity
Wear resistance
Low friction coefficient
Exact fit
Durable
Best in quality
CLASSICAL APPLICATIONS
Automotive equipment
Manufacturing
Off-highway
Oil refineries
Power transmission
Gearboxes
Hydraulic cylinders.
High voltage equipment
Construction
Medical and aerospace
Chemical processing
Pulp and paper
Oil and refining
Food and beverage
Water and waste water
Oil seal diagram installed on automotive equipment on a white background.
Applied in automotive equipment
The blue oil seals are mounted on the hydraulic cylinder on a white background.
Applied in hydraulic cylinder
A power transmission with the oil seal component is on the gray background
ALL-RUBBER V SEAL USED ON THE SHAFTS
V seal is a solid all-rubber seal. The function of V seal is to exclude dust, dirt, water, oil splash or other aggressive contaminants from entering into the bearing housing while retaining grease.
V seal is used on shafts. It works by stretching over the shaft to create a tight seal along the shaft while the flexible lip seals lightly against the counterface at a right angle to the shaft.
In addition, V seal acts as flinger, since it rotates with the shaft and causes the lip to rotate against the housing or bearing. And as the speed increases, friction decreases due to centripetal force.
What' more, V seal can be utilized as either a primary or backup seal and perform an excellent sealing job.
AVAILABLE TYPES
V seal has four available types, namely VA, VS, VE and VL.
A black VA seal on the white background.
VA SEAL
Due to perpendicular rear face, intermediate cross-section and wide ranges of diameters, VA seal is the most popular V seal design.
A black VS seal on the white background.
VS SEAL
Widely body tapered cross section provides higher radial force for high speed shafts.
A black VE seal on the white background.
GRAPHITE PACKING BEST CHOICE FOR HIGH TEMPERATURE AND HIGH PRESSURE APPLICATIONS
Graphite Packing is made of reinforced graphite. The reinforcing materials are various fibers or wires including steel wire, copper wire, nickel wire, carbon fiber, pre-oxidized wire, glass yarn and other reinforced graphite wire.
Graphite packing resists all chemicals across the entire pH range (except fuming sulfuric acid, aqua regia, fuming nitric acid and fluorine). It also has great lubricity and excellent thermal conductivity.
It is widely used in acid and oil production industries Its resilience makes it the perfect sealant for the fuel, chemical, and gas industries.
COMMON SPECIFICATIONS
Material: reinforced graphite.
Reinforced material: various fibers or wires including steel wire, copper wire, nickel wire, carbon fiber, pre-oxidized wire, glass yarn and other reinforced graphite wire.
PH range: 014 (Except strong oxidizers).
Pressure limit in pumps: 125 psi (8.5 bar).
Pressure limit in valves: 2,500 psi (172 bar).
Temperature range in non-oxidizing atmospheres: -400 to 6,000 °F (-240 to 3,300 °C).
Temperature range in oxidizing atmospheres: -400 to 850 °F (-240 to 454 °C).
Temperature range in steam: -400 to 1,200 °F (-240 to 649 °C).
Rotary speed: 25 m/s.
Density: 1.25 g/cm3.
FEATURES
Requires less run-in.
Resists many strong chemicals.
Low coefficient of friction reduces shaft wear.
Good thermal conductivity.
Withstands elevated temperatures and aggressive chemicals.
Ideal end ring (with GRAPH-LOCK center rings) in valve service.
Low chloride certification available.
Graphite filament reinforcement resists extrusion in high pressure applications.
Convenient spool stock reduces inventory and downtime.
Anti-corrosion additive reduces the chance of pitting.
Withstand dramatic pressure and temperatures in valves.
PTFE SEALING TAPE HELPING TO SEAL THE JOINT WITHOUT HARDENING
PTFE Sealing Tape is a Teflon film tape commonly used in plumbing for sealing pipe threads. The tape is sold cut to specific widths and wound on a spool, making it easy to wind around pipe threads.
It has an expanded network composed of superfine fibers and joints. The combination of flexibility, high longitudinal strength, and easy deforming ability in the transverse direction makes expanded PTFE unsintered tape very suitable for packing and thread sealing applications.
It is widely used by plumbers for General Water Plumbing applications.
TYPES
White PTFE sealing tape. (Suitable for low pressure, air, water and hydraulic applications. Particularly suited for plastic fittings.)
Yellow PTFE sealing tape. (It is designed and manufactured for natural gas, propane, butane, water, oil and chemical lines.)
Pink PTFE sealing tape. (Suitable for water lines, sewage lines and sprinkler systems.)
Green PTFE sealing tape. (Extra processing makes this degreased tape suitable for Oxygen use.)
Gold PTFE sealing tape. (Thickest and densest PTFE tape for chemical applications where high quality sealing is imperative.)
PTFE tape for stainless & aluminum. (An added feature of our stainless steel thread sealing PFTE tape is the well above average thickness and density ensuring effective seals.)
The white PTFE sealing tape straps around the blue shaft on the white base on a white background.
White PTFE sealing tape
The yellow PTFE sealing tape straps around the yellow shaft on a white background.
Yellow PTFE sealing tape
The pink PTFE sealing tape straps around the white shaft on a white background.
Pink PTFE sealing tape
The green PTFE sealing tape straps around the white shaft on a green base on a white background.
Green PTFE sealing tape
The gold PTFE sealing tape straps around the white shaft on a white background.
Gold PTFE sealing tape
The stainless and aluminum PTFE tape with gray color on a white background.
PTFE tape for stainless & aluminum
PTFE Packing With Chemical Resistance And Low Friction CoefficienT
PTFE packing or Teflon packing is a braided packing made of high purity PTFE (poly tetrafluoroethylene) yarn without soaking any PTFE dispersion and lubrication. PTFE packing is a kind of self-lubricating, chemical inert, non-toxic and non-hazardous material.
In addition, PTFE is called "king of plastic" and causes no pollution to the medium or liquid. More importantly, PTFE is known for its outstanding resistance to chemical attack, low friction coefficient, low water absorption and wide temperature tolerance (including cryogenic applications).
Due to the above advantages, PTFE packing is widely used in chemical processing, food processing and pharmacy.
COMMON SPECIFICATION
Maximum Temperature 280 °C
Pressure Rotating 1.5 MPa
Reciprocating 10 MPa
Valve 15 MPa
Velocity 5 m/s
pH 0 to 14
Density 1.41.6 g/cm3
Size Code (inch) 1/8 1/5 1/4 1/3 3/8 4/9 1/2 5/9 5/8 3/4 7/8 1
Cross Section (mm) 3 5 6.5 8 9.5 11 12.5 14 16 19 22 25
FEATURES
Long lasting performance.
Good flexibility and compressibility.
Tough interlock braid.
Superior chemical resistance. Resistant to the impact of water, steam, oil, fuel, solvent, acid and alkali.
Low friction.
APPLICATIONS
PTFE packing is ideal for general valve and pump (including rotating, centrifugal and reciprocating pump) applications in chemical processing, food processing, cryogenic applications, industrial gas processing and hospital.
White PTFE packing is applied in the valve.
PTFE packing for valve
ANTI-SPLASH TAPE USED IN MARINE & OFFSHORE
Anti-Splash tape is constructed of an aluminum or glass cloth laminate coated with a high temperature silicone adhesive.
Anti-Splash tape is enhanced with a fire retardant (self-extinguishing) adhesive layer. At the same time, it is also water resistant. In addition, the maximum working temperature of tape is up to 150 °C.
It is designed to prevent hazardous liquids (oil/fuel) spraying outs or leaking from tubing systems. These liquids can cause extremely dangerous situations like fires, explosions or other dangerous situations.
Anti-Splash tape is widely used to wrap around tubing, hoses, fittings, flanges, and valves in the marine and offshore industry.
COMMON SPECIFICATIONS
IMPA Code Width (mm) Width (inch) Length (m) Roll/Box
871801 35 1.38 10 28
871802 50 1.97 10 20
871808 75 2.95 10 12
871804 100 3.94 10 12
871803 140 5.51 10 7
871804 250 9.84 10 4
871805 500 19.68 10 2
871806 1000 39.37 10 1
PHYSICAL PROPERTIES AND PERFORMED TESTS
Total thickness 9.5 mils
Colour Silver
Max. temperature Up to 150 °C (300 °F)
Pressure 300 psi
Tensile strength 93.2 lbs. per inch (ASTM-882)
Adhesion Above 1000 grams, 25 mm g/f
Adhesion to steel 5.8 lbs. per inch (ASTM-33330)
Aging properties Indefinite shelf life when properly stored
INSTALLATION STEPS
Three steps to install anti-splash tape on the flange.
Steps for installing anti-splash tape on the flange
Three steps to install anti-splash tape at the junction of the two pipes.
Steps for installing anti-splash tape on pipes
This picture shows the different conditions before and after using anti-splash tapes.
Different conditions before and after using anti-splash tapes
