Hydraulic Hoses

Approx. Rs 33 / MeterGet Latest Price

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Additional Information:

• Item Code: 4563154664
• Packaging Details: bundle

Approx. Rs 70 / MeterGet Latest Price

Dunlop chemical hoses, primarily manufactured under the Dunlop Hiflex brand (part of the Alfagomma Group), are specialized for the safe transfer of aggressive acids, solvents, and corrosive fluids.

The most critical feature of these hoses is the inner lining, which is selected based on the specific chemical being moved.

• 341X Series (Smooth Bore XLPE): A heavy-duty suction and discharge hose. It uses multiple plies of high-tenacity rayon cord for strength and is often green or blue for easy identification in a facility.

• 740AA / 741AA (Multipurpose): While often used for concrete or oil, specific versions are adapted for chemical delivery with reinforced steel wire helices to prevent kinking.

• Composite Chemical Hoses: Built with multiple layers of thermoplastic films (like polypropylene) held together by internal and external wire spirals. These are lighter and more flexible than rubber, making them ideal for tank truck loading/unloading.

• Pressure Rating: Typically ranges from 10 bar (145 psi) to 20 bar (290 psi) for standard industrial transfer.

• Temperature Range: Usually -30°C to +80°C for standard rubber, though PTFE/specialty linings can handle up to 150°C+.

• Conductivity: Most models include an integrated copper static wire or a conductive cover/tube to prevent sparks when moving flammable solvents (Ohmic resistance $\le 10^6 \Omega$).

Because choosing the wrong hose can lead to a dangerous rupture or chemical leak, you should verify:

1. Chemical Concentration: (e.g., 10% vs. 98% Sulfuric Acid).

2. Temperature: Chemicals become significantly more aggressive as they get hotter.

3. Suction vs. Delivery: If you are pumping out of a tank, you need a hose with a steel wire helix so it doesn't collapse under vacuum.

Would you like me to check a chemical resistance chart for a specific substance (like Hydrochloric acid or Toluene) to confirm which Dunlop hose is safe?

Additional Information:

• Item Code: 2134556895212455646
• Delivery Time: REDAY
• Packaging Details: BUNDLE

Approx. Rs 40 / MeterGet Latest Price

Rubber hydraulic hoses are the essential "arteries" of modern machinery, designed to transport high-pressure fluid between pumps, valves, and actuators. Unlike rigid metal piping, they provide the flexibility needed for moving parts, such as an excavator arm or a forklift lift.

A standard rubber hydraulic hose is not just a single tube; it is a multi-layered composite engineered to withstand immense internal pressure.

• Inner Tube: Usually made of synthetic rubber (like Nitrile), it must be chemically compatible with the hydraulic fluid to prevent degradation.

• Reinforcement Layer: The "backbone" of the hose. This consists of one or more layers of braided or spiral-wound steel wire or textile fibers.

  • Braided: More flexible; used for low to medium pressure.

  • Spiral: More rigid but much stronger; used for high-pressure applications with frequent pressure surges.

• Outer Cover: A protective layer (often Neoprene or PVC) designed to resist abrasion, UV rays, ozone, and chemical exposure.

Most hoses follow the SAE J517 (Society of Automotive Engineers) standard, categorized by "100R" numbers.

To choose the right hose for your application, professionals use the STAMPED acronym:

• S (Size): Measured by the Inside Diameter (ID). Hoses are often sized in "Dash Numbers" (e.g., -8 means $8/16$ or $1/2$ inch).

• T (Temperature): Must handle both the fluid temperature (internal) and the ambient temperature (external).

• A (Application): Is there frequent bending? Is it a suction or return line?

• M (Material): Ensure the hose rubber and fittings are compatible with the specific fluid (mineral oil, water-glycols, etc.).

• P (Pressure): The hose's Working Pressure must meet or exceed the system's maximum pressure, including spikes.

• E (Ends): The types of fittings or couplings needed to connect to the machine.

• D (Delivery): The volume of fluid the hose must carry without causing excessive turbulence or heat.

• The 4:1 Safety Factor: Most hydraulic hoses have a burst pressure that is 4 times their rated working pressure to account for unexpected spikes.

• Signs of Failure: Look for "weeping" (slow leaks), "blisters" on the cover, or exposed wire reinforcement. If you see the wire braid, the hose should be replaced immediately.

• Fluid Injection Hazard: Never check for leaks with your hand. High-pressure hydraulic fluid can penetrate the skin, causing a "fluid injection injury" that requires immediate medical attention.

Would you like me to help you identify a specific hose based on its "layline" markings or calculate the correct dash size for your flow requirements?

Approx. Rs 180 / MeterGet Latest Price

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Approx. Rs 450 / MeterGet Latest Price

Additional Information:

• Production Capacity: ex factory
• Delivery Time: ready
• Packaging Details: bundle

Approx. Rs 100 / PieceGet Latest Price

Approx. Rs 100 / MeterGet Latest Price

A hydraulic hose pipe is a high-pressure tube made from synthetic rubber, thermoplastic, or Teflon, used to carry hydraulic fluid to or among hydraulic components such as valves, actuators, and tools. It's a crucial part of any hydraulic system, often found in industrial machinery, construction equipment, agricultural machines, and more.

1. Pressure Resistance: Designed to withstand very high internal pressures.

2. Flexibility: More flexible than rigid pipes, allowing movement and ease of routing.

3. Durability: Resistant to abrasion, temperature extremes, chemicals, and weather.

4. Reinforcement: Typically reinforced with braided wire or spiral wire for added strength.

1. Working Pressure & Burst Pressure: Match the hose rating with your system’s requirements.

2. Size (Inner Diameter & Length): Affects flow rate and fit.

3. Temperature Range: Make sure it can handle your fluid and ambient temperature.

4. Compatibility with Fluid Type: Must be resistant to your hydraulic fluid (oil, synthetic, water-based, etc.).

5. Bend Radius: Important for tight spaces to avoid kinking or early failure.

• Excavators

• Tractors

• Industrial presses

• Hydraulic lifts

• Automotive power steering and brake systems

Approx. Rs 150 / MeterGet Latest Price

A steel wire braided hose pipe is a type of flexible hose that features an inner tube (usually made of rubber, PTFE, or another flexible material) reinforced with one or more layers of braided stainless steel wire. This design combines flexibility with high strength and pressure resistance, making it suitable for a wide range of industrial and hydraulic applications.

1. Inner Tube:

   • Material: Rubber (NBR, EPDM), PTFE, or PVC.

   • Function: Carries the fluid.

2. Braided Reinforcement:

   • Material: Stainless steel wire (typically SS304 or SS316).

   • Function: Provides strength and resists pressure, kinking, and external damage.

3. Outer Cover (optional):

   • May have an additional protective coating or outer layer for abrasion resistance.

• Hydraulic systems

• Steam and hot water applications

• Chemical transfer

• Gas pipelines

• Automotive and aerospace industries

• Fire suppression systems

• Oil & gas

• High pressure resistance

• Excellent temperature range

• Corrosion resistance (with stainless steel)

• Long service life

• Flexibility for ease of installation

• Size: Inner diameter and length

• Pressure rating: Must exceed system's operating pressure

• Temperature range: Based on fluid and environment

• End fittings: Flanged, threaded, or quick-connect

• Certification: If used in critical applications (e.g., food grade, fire safe)

Approx. Rs 100 / MeterGet Latest Price

A single wire braided steam hose is a specialized high-temperature hose designed for saturated steam applications. While many industrial hoses use textile reinforcement, steam hoses utilize a high-tensile steel wire braid to prevent the hose from bursting or "snaking" under the intense heat and pressure of steam.

The "single wire braid" refers to the reinforcement layer sandwiched between the rubber components.

• Inner Tube: Almost exclusively made of Black EPDM (Ethylene Propylene Diene Monomer). This synthetic rubber is used because it does not harden or become brittle when exposed to high-heat moisture.

• Reinforcement: A single layer of high-tensile brass-coated steel wire braid. This provides the "muscle" to hold the pressure while remaining flexible enough for handheld use.

• Outer Cover: Usually red or black EPDM. It is "pin-pricked" (perforated with tiny holes) to allow gases to escape from the carcass, preventing the cover from blistering or "popcorning."

Most single-braid steam hoses are rated for Saturated Steam, which carries different risks than superheated steam.

• Flexibility: Single wire braid hoses are significantly lighter and more flexible than double-braid versions. This makes them the preferred choice for handheld steam cleaning guns and mobile sterilization units.

• Pressure Handling: While a double-wire braid can handle up to $18$ bar ($261$ psi), the single-braid version is perfectly suited for low-to-medium pressure utility steam lines found in laundries, chemical plants, and refineries.

The most common failure in these hoses is "popcorning." When steam is turned off, moisture remains in the EPDM pores. When restarted, that moisture expands $1,600$ times in volume, tearing the inner liner.

Maintenance Rule: Always drain the hose after use. Never leave a steam hose "charged" and pressurized when the system is idle.

Because steam causes materials to expand and contract drastically, standard worm-gear clamps are dangerous and should never be used.

• Interlocking Clamps: Use "Boss" style interlocking bolt clamps. These have "fingers" that lock over a collar on the fitting, ensuring that even if the hose softens under heat, the fitting cannot be blown off.

Would you like me to help you check if your current steam temperature is within the safe limit for a single-braid hose, or do you need a guide on how to safely install interlocking clamps?

Approx. Rs 100 / MeterGet Latest Price

Approx. Rs 250 / MeterGet Latest Price

Approx. Rs 120 / MeterGet Latest Price

Dunlop hydraulic hoses, primarily manufactured under the Dunlop Hiflex brand (now part of the Alfagomma Group), are high-performance pipes designed for fluid power systems. They are categorized by their reinforcement type (braided or spiral) and their ability to handle extreme pressures and temperatures.

Most Dunlop hydraulic hoses follow international standards such as SAE 100 or EN 853/857.

• Internal Diameters (I.D.): Commonly available from 1/4" to 2".

• Pressure Ratings: * Single Wire (1SN/R1): Medium pressure (up to ~3,200 psi for small sizes).

  • Double Wire (2SN/R2): High pressure (up to ~5,800 psi).

  • Multi-Spiral (4SP/4SH): Extra-high pressure for heavy machinery surges.

• Construction:

  1. Tube: Oil-resistant synthetic rubber (Nitrile/NBR).

  2. Reinforcement: High-tensile steel wire (braided or spiral layers).

  3. Cover: Synthetic rubber resistant to ozone, weather, and abrasion.

• Construction: Excavators, loaders, and cranes.

• Agriculture: Tractors and harvesting equipment.

• Industrial: Injection molding machines and hydraulic presses.

• Offshore: Oil rigs and marine hydraulic steering.

If you are looking at a hose and need to replace it, check the "lay line" (the text printed along the side). It will typically list:

• The Brand (Dunlop Hiflex)

• The Standard (e.g., EN 857 2SC)

• The Dash Size (e.g., -08 for 1/2 inch)

• The Working Pressure (W.P.)

Would you like me to find the specific pressure rating for a particular dash size, or do you need help identifying a specific coupling type?

Additional Information:

• Item Code: 12345656746
• Production Capacity: 152645425
• Delivery Time: REDAY STOCK
• Packaging Details: BUNDLE

Approx. Rs 60 / MeterGet Latest Price

Dunlop steel wire braided hoses (marketed under Dunlop Hiflex) are the industry standard for high-pressure hydraulic systems. The "braid" refers to high-tensile steel wire woven around the inner rubber tube to provide strength while maintaining flexibility.

These hoses are primarily defined by how many layers of wire braiding they have.

Most Dunlop braided hoses follow the EN 853 or SAE 100 international standards.

Dunlop has developed specialized versions of braided hoses for specific environmental challenges:

• Slimline Plus (221T): A 2-wire braid (2SC) hose that is thinner and more flexible than standard 2SN hoses, making it ideal for tight spaces in modern engine compartments.

• Hi-Tuff: Features a specialized outer cover that is 10 times more abrasion-resistant than standard rubber. It’s used where hoses frequently rub against metal or other hoses.

• Commander: Designed for high-heat environments, capable of handling fluids up to +150°C.

• Hypercold: Built for extreme cold, staying flexible down to -55°C (ideal for arctic or refrigerated environments).

The information printed along the length of the hose (the "lay line") is essential for finding a replacement. It usually contains:

• Brand: Dunlop Hiflex

• Standard: e.g., EN 857 2SC (Compact 2-wire) or SAE 100 R2AT

• Dash Size: The internal diameter in 1/16th inch increments (e.g., -08 = 8/16" or 1/2" ID)

• Working Pressure (W.P.): Usually listed in both BAR and PSI.

Are you looking to replace a specific hose? If you can tell me the "Dash Size" or the "W.P." printed on the side, I can give you the exact Dunlop part number and fitting requirements.

Additional Information:

• Item Code: 1234567489742
• Delivery Time: reday in stock
• Packaging Details: bundle type

Approx. Rs 100 / MeterGet Latest Price

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Approx. Rs 700 / MeterGet Latest Price

A sewer jetting hose pipe is a specialized high-pressure hose used to clean and clear blockages in drains and sewer lines. It is typically used in conjunction with a high-pressure water jetting machine or pressure washer.

1. High-Pressure Resistance: Designed to handle pressures from 2,000 to 5,000+ PSI, depending on the application.

2. Flexible and Durable: Made from tough materials like thermoplastic or rubber with reinforced layers, allowing flexibility in narrow or curved pipes.

3. Nozzle Compatibility: Equipped with jetting nozzles that spray water in multiple directions (forward and/or backward) to blast away debris and flush it out.

4. Sizes:

   • Common diameters: 1/4", 3/8", 1/2", and 1"

   • Lengths can range from 25 feet to over 300 feet

• Clearing grease, sludge, tree roots, and debris from sewer lines.

• Cleaning residential, commercial, and municipal drainage systems.

• Used by plumbers, drain cleaning professionals, and municipal sewer departments.

• Match the hose pressure rating with your pressure washer or jetting unit.

• Choose a compatible nozzle and fittings (usually NPT or BSP threads).

• Look for anti-kink, abrasion-resistant, or rotating nozzle options for better performance and longevity.

Would you like help selecting one based on your machine’s PSI, GPM, or pipe size?

Approx. Rs 20 / MeterGet Latest Price

Approx. Rs 250 / MeterGet Latest Price

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Approx. Rs 200 / MeterGet Latest Price

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Approx. Rs 80 / MeterGet Latest Price

A single wire braided steam hose is a specialized high-temperature hose designed for saturated steam applications. While many industrial hoses use textile reinforcement, steam hoses utilize a high-tensile steel wire braid to prevent the hose from bursting or "snaking" under the intense heat and pressure of steam.

The "single wire braid" refers to the reinforcement layer sandwiched between the rubber components.

• Inner Tube: Almost exclusively made of Black EPDM (Ethylene Propylene Diene Monomer). This synthetic rubber is used because it does not harden or become brittle when exposed to high-heat moisture.

• Reinforcement: A single layer of high-tensile brass-coated steel wire braid. This provides the "muscle" to hold the pressure while remaining flexible enough for handheld use.

• Outer Cover: Usually red or black EPDM. It is "pin-pricked" (perforated with tiny holes) to allow gases to escape from the carcass, preventing the cover from blistering or "popcorning."

Most single-braid steam hoses are rated for Saturated Steam, which carries different risks than superheated steam.

• Flexibility: Single wire braid hoses are significantly lighter and more flexible than double-braid versions. This makes them the preferred choice for handheld steam cleaning guns and mobile sterilization units.

• Pressure Handling: While a double-wire braid can handle up to $18$ bar ($261$ psi), the single-braid version is perfectly suited for low-to-medium pressure utility steam lines found in laundries, chemical plants, and refineries.

The most common failure in these hoses is "popcorning." When steam is turned off, moisture remains in the EPDM pores. When restarted, that moisture expands $1,600$ times in volume, tearing the inner liner.

Maintenance Rule: Always drain the hose after use. Never leave a steam hose "charged" and pressurized when the system is idle.

Because steam causes materials to expand and contract drastically, standard worm-gear clamps are dangerous and should never be used.

• Interlocking Clamps: Use "Boss" style interlocking bolt clamps. These have "fingers" that lock over a collar on the fitting, ensuring that even if the hose softens under heat, the fitting cannot be blown off.

Would you like me to help you check if your current steam temperature is within the safe limit for a single-braid hose, or do you need a guide on how to safely install interlocking clamps?

Approx. Rs 100 / PieceGet Latest Price

A Fire Sprinkler Hose (commonly called a Flexible Sprinkler Drop or Whip) is a specialized, high-pressure assembly used to connect the main rigid water pipes (branch lines) to the individual fire sprinkler heads.

These are primarily used in suspended (drop) ceilings in offices, hospitals, and schools because they allow the sprinkler head to be positioned perfectly in the center of a ceiling tile without the labor-intensive cutting and threading of hard steel pipe.

A standard flexible drop is not just a hose; it is a complete kit consisting of:

• Flexible Hose: A corrugated stainless steel tube (AISI 304) that can be braided or unbraided.

• Inlet Nipple: A 1" threaded fitting that connects to the main water branch line.

• Outlet Reducer: A fitting at the other end (usually 1/2" or 3/4") where the sprinkler head is screwed in.

• Mounting Bracket & Square Bar: A steel support system that attaches to the ceiling's T-bar grid. This ensures the sprinkler stays at the correct height and won't "push up" into the ceiling when water pressure is activated.

• Speed of Installation: Can be installed in 10–15 minutes, whereas a rigid pipe "arm-over" can take over an hour of measuring and threading.

• Ceiling Creep & Settlement: As buildings settle or ceilings sag over time, the flexible hose moves with the ceiling. Rigid pipes remain fixed, which can cause the sprinkler head to eventually protrude or become recessed.

• Seismic Safety: In earthquake-prone areas, flexible drops allow the ceiling and piping to move independently, preventing the sprinkler heads from snapping off.

• Cost-Efficiency: While the material cost is higher than steel pipe, the labor savings often make it the cheaper option for large-scale commercial projects.

• Max Working Pressure: Typically 175 to 200 PSI (13.7 bar).

• Max Temperature: Rated for ambient temperatures up to 150°C (300°F).

• Bend Radius: Usually a minimum of 3" to 8" (76mm to 200mm) depending on the brand and UL/FM listing.

• Standards: Must be UL Listed or FM Approved and installed according to NFPA 13, 13D, or 13R standards.

Approx. Rs 250 / MeterGet Latest Price

An SS (Stainless Steel) Corrugated Hose Pipe is a highly versatile, flexible metal conduit used to transport fluids and gases in extreme conditions where rubber or plastic hoses would fail.

While a standard braided hose relies on a smooth inner tube, a corrugated hose uses a "wavy" metal core to achieve its flexibility.

A complete assembly typically consists of three parts:

• Corrugated Tube (Core): A thin-walled stainless steel tube (usually SS 304, 316L, or 321) that is mechanically or hydro-formed into ridges. This provides a "pressure-tight" core.

• Wire Braiding (Reinforcement): Since an unbraided corrugated tube will stretch and elongate under pressure, one or two layers of stainless steel wire braid are woven over it to provide tensile strength and prevent expansion.

• End Fittings: The ends are typically welded (TIG welding) with connectors such as flanges, threaded nipples, or camlock couplings.

• Permeation: Unlike rubber or PTFE, metal is 100% leak-proof against gas permeation. This is critical for vacuum systems or hazardous gas transfer.

• Fire Safety: Being all-metal, these hoses are inherently fire-resistant and will not melt or release toxic fumes during a fire.

• Vibration Absorption: They are excellent "vibration eliminators," often installed near pumps or compressors to prevent mechanical noise and vibration from traveling through rigid piping.

• Thermal Expansion: They act as small expansion joints, absorbing the growth or contraction of a piping system as temperatures change.

• Cryogenics: Transferring Liquid Nitrogen or Oxygen at ultra-low temperatures.

• Steam Lines: Handling high-pressure steam in industrial boilers and laundries.

• Chemical Plants: Transporting aggressive solvents that would degrade synthetic materials.

• HVAC: Connecting fan coil units to main headers to absorb vibration and allow for slight misalignment.

• Solar Systems: Used in solar thermal collectors due to high UV and heat resistance.

One downside to the corrugated design is turbulence. The ridges inside the pipe cause the fluid to "tumble," leading to a higher pressure drop compared to a smooth-bore hose.

Rule of Thumb: If your application requires a very specific flow rate, you may need to increase the hose diameter by about 15% to compensate for the friction caused by the corrugations.

Would you like me to help you calculate the pressure derating factor for a specific operating temperature?

Additional Information:

• Production Capacity: 6532589
• Delivery Time: `REDAY
• Packaging Details: BUNDLE AND BOX PACKAGING

Approx. Rs 100 / PieceGet Latest Price

An SS (Stainless Steel) Corrugated Hose Pipe is a highly versatile, flexible metal conduit used to transport fluids and gases in extreme conditions where rubber or plastic hoses would fail.

While a standard braided hose relies on a smooth inner tube, a corrugated hose uses a "wavy" metal core to achieve its flexibility.

A complete assembly typically consists of three parts:

• Corrugated Tube (Core): A thin-walled stainless steel tube (usually SS 304, 316L, or 321) that is mechanically or hydro-formed into ridges. This provides a "pressure-tight" core.

• Wire Braiding (Reinforcement): Since an unbraided corrugated tube will stretch and elongate under pressure, one or two layers of stainless steel wire braid are woven over it to provide tensile strength and prevent expansion.

• End Fittings: The ends are typically welded (TIG welding) with connectors such as flanges, threaded nipples, or camlock couplings.

• Permeation: Unlike rubber or PTFE, metal is 100% leak-proof against gas permeation. This is critical for vacuum systems or hazardous gas transfer.

• Fire Safety: Being all-metal, these hoses are inherently fire-resistant and will not melt or release toxic fumes during a fire.

• Vibration Absorption: They are excellent "vibration eliminators," often installed near pumps or compressors to prevent mechanical noise and vibration from traveling through rigid piping.

• Thermal Expansion: They act as small expansion joints, absorbing the growth or contraction of a piping system as temperatures change.

• Cryogenics: Transferring Liquid Nitrogen or Oxygen at ultra-low temperatures.

• Steam Lines: Handling high-pressure steam in industrial boilers and laundries.

• Chemical Plants: Transporting aggressive solvents that would degrade synthetic materials.

• HVAC: Connecting fan coil units to main headers to absorb vibration and allow for slight misalignment.

• Solar Systems: Used in solar thermal collectors due to high UV and heat resistance.

One downside to the corrugated design is turbulence. The ridges inside the pipe cause the fluid to "tumble," leading to a higher pressure drop compared to a smooth-bore hose.

Rule of Thumb: If your application requires a very specific flow rate, you may need to increase the hose diameter by about 15% to compensate for the friction caused by the corrugations.

Would you like me to help you calculate the pressure derating factor for a specific operating temperature?

Additional Information:

• Item Code: 985647
• Delivery Time: REDAY
• Packaging Details: BUNDLE AND BOX PACKAGING

Approx. Rs 150 / MeterGet Latest Price

A thermoplastic hose pipe is a flexible, durable tube made from thermoplastic materials—polymers that become pliable when heated and return to a solid state when cooled. These hoses are used in a wide range of industrial, commercial, and domestic applications due to their versatility, chemical resistance, and lightweight design.

• Material: Typically made from polymers like polyurethane (PU), polyvinyl chloride (PVC), nylon (polyamide), or thermoplastic elastomers (TPE).

• Construction: Often reinforced with polyester, aramid fiber, or even metal wire for high-pressure applications.

• Temperature Resistance: Suitable for a range of temperatures, depending on the type of thermoplastic.

• Pressure Ratings: Can be designed for low to very high-pressure use.

• Hydraulic systems (alternative to rubber hoses)

• Compressed air lines

• Chemical transfer

• Agricultural spraying

• Water supply and irrigation

• Automotive and fuel lines

• Welding gas hoses

• Lightweight compared to rubber or metal hoses

• Excellent abrasion and chemical resistance

• UV and weather resistant (depending on material)

• Flexible and kink-resistant

• Long service life

• Not all thermoplastic hoses are suitable for high temperatures

• Must be selected based on chemical compatibility and pressure/temperature ratings

Would you like help choosing a specific type of thermoplastic hose for a particular use case?

Approx. Rs 110 / MeterGet Latest Price

Approx. Rs 180 / MeterGet Latest Price

A silicone duct hose is a flexible hose made primarily from silicone rubber, designed for ducting and conveying air, gases, or sometimes liquids. These hoses are commonly used in automotive, industrial, HVAC (Heating, Ventilation, and Air Conditioning), and aerospace applications because of their durability and heat resistance.

• Heat Resistance: Silicone hoses can withstand high temperatures (typically up to 200°C or 392°F, sometimes more with special grades).

• Flexibility: They are very flexible, making installation easier in tight or complex spaces.

• Durability: Resistant to UV rays, ozone, and many chemicals.

• Pressure Handling: Often reinforced with fabric or wire to handle pressure and prevent collapsing.

• Smooth Inner Surface: Allows for efficient airflow.

• Turbocharger or intercooler piping in cars.

• Air ventilation in HVAC systems.

• Exhaust or hot air transfer in industrial processes.

• Protective conduit for electrical wiring or fluids.

Approx. Rs 220 / MeterGet Latest Price

High-temperature steam hoses are critical safety components designed to transport saturated or superheated steam without rupturing or degrading. Because steam is extremely dangerous, these hoses have a much higher safety factor (often 10:1) than standard water hoses.

There are three main types based on the material used to handle the heat.

Most industrial cleaning and process steam lines use EPDM (Ethylene Propylene Diene Monomer) rubber hoses.

• Construction: A heat-resistant inner tube, one or two layers of steel wire braid for strength, and a pin-pricked outer cover.

• The "Pin-Pricked" Cover: If you look closely at a rubber steam hose, you will see tiny holes. These allow small amounts of steam that permeate the inner tube to escape rather than forming bubbles (blisters) that could cause the hose to explode.

As we discussed earlier, these are the best for the highest temperatures and permanent installations.

• Why use it for steam? It won't "age" or become brittle like rubber. If your steam is "Superheated" (dry steam above $+250°C$), rubber will fail quickly, but stainless steel remains structural.

• Expansion: They are excellent for steam lines that undergo "thermal cycling" (turning the steam on and off), which causes pipes to expand and contract.

Using the wrong hose for steam can be fatal. Two specific phenomena to watch for are:

• "Popcorning": In rubber hoses, moisture can get trapped in the pores of the inner tube. When steam hits it, that moisture turns to gas instantly and "explosively" expands, tearing the inner lining until it looks like popcorn. This eventually clogs the line or causes a burst.

• Superheated Steam: Standard rubber hoses are rated for Saturated Steam (steam in contact with water). If the steam becomes "Superheated" (very dry and much hotter), it will "bake" the rubber from the inside out, making it hard and brittle in hours.

• Drain After Use: Never leave water sitting in a steam hose; this prevents "popcorning" and internal corrosion.

• Check for "Kinking": A kink in a metal hose is a permanent weak spot. If it's bent too sharply, replace it.

• Safety Cables (Whipchecks): Always use safety cables at the connection points. If the hose fails, the cable prevents it from "whipping" and hitting workers.

Are you looking for a hose for a specific application, such as steam cleaning, an autoclave, or a high-pressure boiler line?

Additional Information:

• Item Code: 65985
• Delivery Time: ready
• Packaging Details: bundle

Approx. Rs 250 / PieceGet Latest Price

A SS corrugated hose pipe (Stainless Steel Corrugated Hose Pipe) is a flexible metal hose made of stainless steel and designed with a corrugated or helical structure. It is widely used for conveying liquids and gases under pressure or vacuum in various industries.

• Material: Usually made from SS 304, SS 316, or SS 321 stainless steel.

• Corrugation: The hose is corrugated to increase flexibility and pressure resistance.

• Braiding: Often comes with one or more layers of stainless steel wire braiding to enhance pressure resistance and prevent elongation.

• Connections: Available with various end fittings—flanges, threaded ends, quick couplings, or weld ends.

• High temperature resistance (up to 800°C or more depending on material)

• Corrosion-resistant

• Excellent flexibility and vibration absorption

• Suitable for high-pressure applications

• Long service life

Additional Information:

• Item Code: 3265646
• Delivery Time: REDAY
• Packaging Details: BUNDLE AND BOX PACKAGING

Approx. Rs 250 / PieceGet Latest Price

A Fire Sprinkler Hose (commonly called a Flexible Sprinkler Drop or Whip) is a specialized, high-pressure assembly used to connect the main rigid water pipes (branch lines) to the individual fire sprinkler heads.

These are primarily used in suspended (drop) ceilings in offices, hospitals, and schools because they allow the sprinkler head to be positioned perfectly in the center of a ceiling tile without the labor-intensive cutting and threading of hard steel pipe.

A standard flexible drop is not just a hose; it is a complete kit consisting of:

• Flexible Hose: A corrugated stainless steel tube (AISI 304) that can be braided or unbraided.

• Inlet Nipple: A 1" threaded fitting that connects to the main water branch line.

• Outlet Reducer: A fitting at the other end (usually 1/2" or 3/4") where the sprinkler head is screwed in.

• Mounting Bracket & Square Bar: A steel support system that attaches to the ceiling's T-bar grid. This ensures the sprinkler stays at the correct height and won't "push up" into the ceiling when water pressure is activated.

• Speed of Installation: Can be installed in 10–15 minutes, whereas a rigid pipe "arm-over" can take over an hour of measuring and threading.

• Ceiling Creep & Settlement: As buildings settle or ceilings sag over time, the flexible hose moves with the ceiling. Rigid pipes remain fixed, which can cause the sprinkler head to eventually protrude or become recessed.

• Seismic Safety: In earthquake-prone areas, flexible drops allow the ceiling and piping to move independently, preventing the sprinkler heads from snapping off.

• Cost-Efficiency: While the material cost is higher than steel pipe, the labor savings often make it the cheaper option for large-scale commercial projects.

• Max Working Pressure: Typically 175 to 200 PSI (13.7 bar).

• Max Temperature: Rated for ambient temperatures up to 150°C (300°F).

• Bend Radius: Usually a minimum of 3" to 8" (76mm to 200mm) depending on the brand and UL/FM listing.

• Standards: Must be UL Listed or FM Approved and installed according to NFPA 13, 13D, or 13R standards.

Approx. Rs 80 / MeterGet Latest Price

Additional Information:

• Packaging Details: bundle packaging and loose packaging

Approx. Rs 50 / PieceGet Latest Price

Approx. Rs 50 / MeterGet Latest Price

1. Hose Core (Tube):

   • Made from materials like synthetic rubber, thermoplastics, or PTFE (Teflon).

   • Must be compatible with the fluid being conveyed.

2. Reinforcement Layers:

   • Provide strength and pressure resistance.

   • Can be braided or spiral-wound steel wire, aramid fiber, or high-tensile synthetic yarns.

3. Outer Cover:

   • Protects from abrasion, weather, oil, and chemicals.

   • Often made from rubber or thermoplastic materials.

4. Fittings/End Connections:

   • Crimped or swaged fittings that match your application’s thread or flange requirements (e.g., JIC, NPT, BSP, SAE).

   • Stainless steel, brass, or plated steel are common materials.

• Working Pressure: Ranges from 1,000 psi to over 10,000 psi.

• Burst Pressure: Typically 4x the working pressure.

• Temperature Range: Must match fluid temperature and environment.

• Hose ID & Length: Determines flow rate and application fit.

• Fluid Compatibility: Hydraulic oil, water, air, chemicals, etc.

• Standards Compliance: SAE, ISO, EN, or specific industry standards.

• Hydraulic systems in construction equipment

• Pressure washers

• Fuel and oil lines

• Industrial cleaning

• Pneumatic tools

• Offshore drilling platforms

Use the STAMPED method:

• Size (ID, length)

• Temperature (min/max)

• Application (type of use)

• Material (fluid and hose material compatibility)

• Pressure (operating and burst)

• End fittings (connection type)

• Delivery (when and where needed)

Approx. Rs 50 / MeterGet Latest Price

Additional Information:

• Delivery Time: ready

Approx. Rs 400 / MeterGet Latest Price

Here’s a detailed description of an SS Corrugated Hose Pipe:

An SS (Stainless Steel) Corrugated Hose Pipe is a flexible metal hose made from stainless steel and designed for the safe and efficient transfer of gases or liquids in various industrial and commercial applications. The pipe features a corrugated (wavy) structure, which provides flexibility and pressure resistance while maintaining structural strength.

• Material: High-grade stainless steel (usually SS 304, SS 316, or SS 321)

• Construction:

  • Corrugated Inner Hose: Formed from seamless or longitudinally welded stainless steel tubing, then mechanically or hydraulically corrugated.

  • Braid Reinforcement (Optional): One or more layers of stainless steel wire braid for added pressure resistance and protection.

• Flexibility: Excellent flexibility, allowing easy installation and resistance to vibration and thermal expansion.

• Pressure Rating: Varies based on diameter, braid layers, and wall thickness (typically up to 300 bar or higher).

• Temperature Range: -200°C to +600°C, depending on material grade.

• End Connections: Available with a wide range of fittings including flanged, threaded (BSP/NPT), camlock, tri-clamp, or custom ends.

• Chemical and petrochemical plants

• HVAC systems

• Steam and hot water transfer

• Gas pipelines

• Food and pharmaceutical industries

• Flexible connections in pumps, compressors, and valves

• Corrosion resistant

• Leak-proof under pressure

• Long service life

• Withstands high temperature and pressure

• Flexible and vibration absorbing

• Maintenance-free under normal operating conditions

Let me know if you want a version tailored for a product catalog or technical datasheet

Approx. Rs 50 / MeterGet Latest Price

"TPR hose pipe" refers to a hose made from Thermoplastic Rubber (TPR) — a versatile, flexible material combining the characteristics of rubber and plastic. These hoses are widely used in various industries due to their flexibility, durability, and resistance to abrasion and chemicals.

• Material: Thermoplastic Rubber (TPR)

• Flexibility: Retains flexibility even in low temperatures

• Durability: Resistant to aging, weather, UV, and ozone

• Abrasion Resistance: Suitable for rough use

• Chemical Resistance: Good resistance to many chemicals and oils

• Lightweight: Easier to handle than traditional rubber hoses

• Air and water delivery (e.g., in factories or workshops)

• Agriculture (irrigation or pesticide spraying)

• Construction (compressor or pneumatic tools)

• Gardening and landscaping

• Vacuum or suction systems

Would you like help choosing a TPR hose pipe for a specific application or comparing it to other materials like PVC or rubber?

Additional Information:

• Production Capacity: 1500 metre
• Delivery Time: ready stock
• Packaging Details: bundle