XLPE Thermal Insulation

XLPE Insulation materials

Are you looking for an effective thermal insulation solution that can withstand extreme temperatures and harsh weather conditions? Then XLPE Thermal Insulation Sheets might just be what you need! Cross-linked polyethylene, or XLPE, is a versatile insulation material widely used in various industries due to its exceptional properties. From electrical cables to HVAC systems, there are numerous applications of XLPE Thermal Insulation materials that make it a go-to choice for many businesses worldwide. In this blog post, we will dive into the world of XLPE and explore its benefits, uses, and applications. So let’s get started!

What is XLPE materials?

XLPE Thermal Insulation

XLPE stands for cross-linked polyethylene, which is a type of plastic material that has been modified to improve its properties. This modification process involves creating stronger bonds between the polymer chains, resulting in enhanced strength and durability. XLPE insulation sheets are widely used in industries such as electrical engineering, construction, and automotive due to their excellent thermal and mechanical properties.

One of the unique features of XLPE is its ability to withstand high temperatures without melting or degrading. This makes it an ideal choice for applications that require heat resistance, such as electrical cables and pipes carrying hot liquids or gases. Additionally, XLPE insulation sheets have excellent chemical resistance and can resist degradation from exposure to oils, acids, and alkalis.

Another advantage of XLPE over other materials like PVC or rubber is its low smoke emission during combustion. In case of fire accidents, XLPE Thermal Insulation Sheets produce less smoke compared to other materials making it safe for people living near industrial areas.

Overall,XLPE materials offer numerous benefits compared to traditional insulation materials. Its exceptional properties make it suitable for a wide range of applications across different industries around the world.

XLPE Properties:

  • Resilient
  • Excellent buoyancy
  • Good thermal insulator
  • Excellent strength and shock absorption
  • Low water absorption
  • Impervious to mildew, mold, rot, and bacteria
  • Excellent chemical resistance
  • Nontoxic and contains no CFCs, HCFCs, or hydrocarbon blowing agents
  • Superior Flame Spread (FSI) and Smoke Developed (SDI) Index

XLPE Thermal Insulation

How is XLPE used?

XLPE, or cross-linked polyethylene, is a versatile material that has become increasingly popular in various industries. One of the main reasons for its popularity is its strong thermal and electrical insulation properties.

Because of these properties, XLPE materials is used extensively as an insulator in electrical cables. It helps prevent electricity from escaping through the cable’s outer layer while also reducing any heat generated by current flow.

In addition to its use in electrical cables, XLPE can also be found in pipes used for transporting liquids and gases. The material’s high resistance to chemicals and extreme temperatures make it ideal for this application.

Another common use of XLPE is as a protective coating on steel pipelines. This helps prevent corrosion and damage caused by exposure to harsh environments such as seawater or acidic soil.

XLPE can be found in foam form which makes it useful for applications requiring cushioning or shock absorption like gym mats or car bumpers.

The unique combination of strong thermal and electrical insulation capabilities along with chemical resistance makes XLPE suitable for a wide range of industrial applications.

What are some applications of XLPE?

Main XLPE Thermal Insulation Sheets Applications includes Automobile / Train Roofing, HVAC Ducting & Chilled Water Piping, Insulated Roofing Panel, Flooring, Water Storage Tanks, Building Envelope

XLPE thermal insulation sheets are commonly used in various industries due to their excellent properties and versatility. Here are some of the most common applications of XLPE:

1. HVAC Systems: XLPE is widely used as an insulation material for heating, ventilation, and air conditioning (HVAC) systems. It helps maintain a stable temperature by preventing heat loss or gain through walls, ceilings, and floors.

2. Electrical Cables: The high dielectric strength and low moisture absorption properties make XLPE an ideal choice for electrical cables insulation.

3. Automotive Industry: Due to its excellent mechanical properties such as resistance to impact, abrasion, and vibration dampening abilities; XLPE is widely used in automotive industry applications like wiring harnesses and battery boxes.

4. Construction Sector: In construction sector applications like roofs, walls, pipes or tanks where the possibility of fire exists; XLPE plays an important role because it does not release any toxic fumes when exposed to flame.

5. Industrial Pipes: As well as being resistant against chemicals such as acids/alkali’s; industrial piping made with XLPE has exceptional sound deadening capabilities making them suitable for use in noisy environments

These are just a few examples highlighting how versatile this material can be across multiple industries thanks to its exceptional physical attributes!

Conclusion

XLPE thermal insulation sheets are an excellent choice for a wide range of applications that require outstanding insulation performance. This type of insulation offers numerous benefits, including high resistance to moisture and heat, exceptional durability, low maintenance costs and more.

From building construction to industrial equipment manufacturing, XLPE is used in many different fields due to its superior properties and versatility. Whether it’s electrical cables or HVAC systems, XLPE helps ensure optimal thermal efficiency while providing long-lasting protection against environmental factors such as humidity and temperature fluctuations.

By using XLPE insulation materials in your projects, you can significantly enhance their energy efficiency while reducing the risk of damage caused by extreme temperatures or other external factors. So if you’re looking for a reliable and cost-effective way to insulate your applications against heat loss or gain, consider exploring the various options offered by XLPE thermal insulation sheets today!

XLPE Thermal Insulation

XLPE Thermal Insulation Sheets Applications

Are you looking for an effective thermal insulation solution that can withstand extreme temperatures and harsh weather conditions? Then XLPE Thermal Insulation Sheets might just be what you need! Cross-linked polyethylene, or XLPE, is a versatile insulation material widely used in various industries due to its exceptional properties. From electrical cables to HVAC systems, there are numerous applications of XLPE Thermal Insulation Sheets that make it a go-to choice for many businesses worldwide. In this blog post, we will dive into the world of XLPE and explore its benefits, uses, and applications. So let’s get started!

What is XLPE?

XLPE Thermal Insulation

XLPE stands for cross-linked polyethylene, which is a type of plastic material that has been modified to improve its properties. This modification process involves creating stronger bonds between the polymer chains, resulting in enhanced strength and durability. XLPE insulation sheets are widely used in industries such as electrical engineering, construction, and automotive due to their excellent thermal and mechanical properties.

One of the unique features of XLPE is its ability to withstand high temperatures without melting or degrading. This makes it an ideal choice for applications that require heat resistance, such as electrical cables and pipes carrying hot liquids or gases. Additionally, XLPE insulation sheets have excellent chemical resistance and can resist degradation from exposure to oils, acids, and alkalis.

Another advantage of XLPE over other materials like PVC or rubber is its low smoke emission during combustion. In case of fire accidents, XLPE Thermal Insulation Sheets produce less smoke compared to other materials making it safe for people living near industrial areas.

Overall,XLPE Thermal Insulation Sheets offer numerous benefits compared to traditional insulation materials. Its exceptional properties make it suitable for a wide range of applications across different industries around the world.

XLPE Properties:

  • Resilient
  • Excellent buoyancy
  • Good thermal insulator
  • Excellent strength and shock absorption
  • Low water absorption
  • Impervious to mildew, mold, rot, and bacteria
  • Excellent chemical resistance
  • Nontoxic and contains no CFCs, HCFCs, or hydrocarbon blowing agents
  • Superior Flame Spread (FSI) and Smoke Developed (SDI) Index

How is XLPE used?

XLPE, or cross-linked polyethylene, is a versatile material that has become increasingly popular in various industries. One of the main reasons for its popularity is its strong thermal and electrical insulation properties.

Because of these properties, XLPE is used extensively as an insulator in electrical cables. It helps prevent electricity from escaping through the cable’s outer layer while also reducing any heat generated by current flow.

In addition to its use in electrical cables, XLPE can also be found in pipes used for transporting liquids and gases. The material’s high resistance to chemicals and extreme temperatures make it ideal for this application.

Another common use of XLPE is as a protective coating on steel pipelines. This helps prevent corrosion and damage caused by exposure to harsh environments such as seawater or acidic soil.

XLPE can be found in foam form which makes it useful for applications requiring cushioning or shock absorption like gym mats or car bumpers.

The unique combination of strong thermal and electrical insulation capabilities along with chemical resistance makes XLPE suitable for a wide range of industrial applications.

What are some applications of XLPE?

Main XLPE Thermal Insulation Sheets Applications includes Automobile / Train Roofing, HVAC Ducting & Chilled Water Piping, Insulated Roofing Panel, Flooring, Water Storage Tanks, Building Envelope

XLPE thermal insulation sheets are commonly used in various industries due to their excellent properties and versatility. Here are some of the most common applications of XLPE:

1. HVAC Systems: XLPE is widely used as an insulation material for heating, ventilation, and air conditioning (HVAC) systems. It helps maintain a stable temperature by preventing heat loss or gain through walls, ceilings, and floors.

2. Electrical Cables: The high dielectric strength and low moisture absorption properties make XLPE an ideal choice for electrical cables insulation.

3. Automotive Industry: Due to its excellent mechanical properties such as resistance to impact, abrasion, and vibration dampening abilities; XLPE is widely used in automotive industry applications like wiring harnesses and battery boxes.

4. Construction Sector: In construction sector applications like roofs, walls, pipes or tanks where the possibility of fire exists; XLPE plays an important role because it does not release any toxic fumes when exposed to flame.

5. Industrial Pipes: As well as being resistant against chemicals such as acids/alkali’s; industrial piping made with XLPE has exceptional sound deadening capabilities making them suitable for use in noisy environments

These are just a few examples highlighting how versatile this material can be across multiple industries thanks to its exceptional physical attributes!

Conclusion

XLPE thermal insulation sheets are an excellent choice for a wide range of applications that require outstanding insulation performance. This type of insulation offers numerous benefits, including high resistance to moisture and heat, exceptional durability, low maintenance costs and more.

From building construction to industrial equipment manufacturing, XLPE is used in many different fields due to its superior properties and versatility. Whether it’s electrical cables or HVAC systems, XLPE helps ensure optimal thermal efficiency while providing long-lasting protection against environmental factors such as humidity and temperature fluctuations.

By using XLPE insulation materials in your projects, you can significantly enhance their energy efficiency while reducing the risk of damage caused by extreme temperatures or other external factors. So if you’re looking for a reliable and cost-effective way to insulate your applications against heat loss or gain, consider exploring the various options offered by XLPE thermal insulation sheets today!

XLPE THERMAL INSULATION

XLPE THERMAL INSULATION, XLPE is chemically crosslinked Polyolefin foam that is used for thermal insulation

Are you looking for a reliable and effective way to insulate your home or business? Look no further than XLPE thermal insulation! This innovative material, made from chemically crosslinked Polyolefin foam with closed cells and smooth skins on both sides, offers numerous benefits over traditional insulation materials. From improved energy efficiency to soundproofing capabilities, XLPE has it all. In this blog post, we’ll explore the ins and outs of XLPE Thermal insulation – how it’s made, its applications, and why it’s the perfect choice for your next project.

What is XLPE?

XLPE (cross-linked polyethylene) is a foam insulation material that has gained popularity in recent years due to its many benefits over traditional insulation materials. Unlike other types of foam insulation, XLPE is made through a process called cross-linking, which chemically bonds the polymer chains together.

This results in an extremely fine closed-cell foam with smooth skins on both sides, providing excellent thermal and acoustic insulation properties. In addition to being highly efficient at reducing heat transfer, XLPE also offers great resistance to moisture and chemicals.

One of the biggest advantages of this type of insulation is its durability. Because it’s made from high-density materials, it can withstand heavy weight loads without compressing or losing shape over time. It’s also resistant to mold growth and pests like rodents or insects.

XLPE comes in various thicknesses and can be used for different applications such as HVAC ductwork, piping systems, walls/ceilings/floors insulation etc., making it versatile enough for any project. With all these benefits combined with its ease of installation and cost-effectiveness compared to other options available today – there’s no reason not to choose XLPE thermal insulation!

What are the benefits of XLPE Insulation?

XLPE thermal insulation offers a range of benefits over other types of insulation. One of the key advantages is its superior resistance to heat flow, making it ideal for use in applications where temperature control is critical.

XLPE foam insulation provides excellent thermal conductivity and has a low coefficient of thermal expansion compared to other materials. This means that it can withstand extreme temperatures without deforming or losing its insulating properties.

Another benefit of XLPE foam insulation is its high level of moisture resistance. Unlike some other types of insulation which can absorb water, XLPE resists moisture penetration and maintains its insulating value even under wet conditions.

In addition to these qualities, XLPE foam also offers good sound absorption properties, making it an excellent choice for noise reduction applications. Its closed-cell structure helps reduce noise transmission through walls and floors.

The benefits provided by XLPE foam make it a versatile material suitable for use in many different industries including construction, automotive manufacturing, and HVAC systems among others.

XLPE Applications

XLPE thermal insulation has many applications in various industries due to its excellent properties. Here are some of the most common uses of XLPE:

1. HVAC systems: XLPE insulation is widely used for insulating pipes and ducts in heating, ventilation, and air conditioning (HVAC) systems.

2. Building construction: XLPE foam sheets are ideal for wall insulation, roof insulation, and floor underlay. They provide superior thermal resistance, sound absorption, and moisture protection.

3. Automotive industry: XLPE is often used as a lightweight alternative to traditional rubber-based materials for automotive component manufacturing such as door seals, gaskets, and other parts that require good flexibility.

4. Electrical wiring: Due to its excellent dielectric properties coupled with exceptional electrical performance at high temperatures makes it an ideal choice for wire insulations.

5. Packaging Industry- Cross-linked polyethylene foam can be designed in various shapes & densities according to packaging requirements providing better cushioning & shock absorption while being cost-effective than any other material which reduces your overall packaging costs

In conclusion,
XLPE thermal insulation provides excellent benefits over a wide range of industries from HVAC systems to electrical wirings making it an essential material across different sectors today because of its incredible durability whilst also providing safety from external factors like heat or noise pollution assuring longer life span without compromising quality!

masking tape faq

How to properly use Masking Tape when painting

This is among the most prevalent, if not the most common, applications. While taping the surfaces before beautifying may appear to be an easy process, it is critical to use the proper procedures. Gaps, crooked lines, and inadequate taping should all be avoided at all costs, since these typical mistakes can lead to problems down the road.

Masking Tape vs. Painter’s Tape: What’s the Difference?

Masking tape & painter’s tape are very much similar in the most basic sense. But, there are significant resemblances between the two, making choosing the proper kind even more critical. To get into the nitty gritty, painter’s tape is nothing but a form of masking tape.

Old-style masking tape is, on average, not sticky like the expert painter’s tape. Painter’s tape, on the other hand, (regularly blue tape) is applied for more specialised applications & for making high-quality, clear paint lines. Masking tape is a much more general-purpose solution that is meant to stop paint bleed & peel away easily.

Before painting, learn how to apply tape to a room.

When prepping a space for painting, the easiest technique is to use masking tape to create a boundary between the area you want to paint & the remainder of the room. To put it another way, after the room has been masked, paint the borders within the adhesive tape.

To eliminate drips, tape off the top and bottom of the walls (where the wall meets the ceiling and the floor or skirting board), as well as any non-removable fixtures and fittings such as plug sockets, light switches, & lights. If you’re painting a wall, ensure that you mask it separately from the room using straight lines to keep the colours distinct.

Masking Tape FAQs

Is Masking Tape Resistant to Water?

The kind of masking tape used determines if it is waterproof. Some are significantly more durable than others, and are designed for outdoor usage, while others lack waterproof qualities. Painter’s tape is often resistant to water to give clean & crisp lines, and the majority of varieties are water-resistant rather than totally waterproof. If in doubt, always check the instructions of the tape manufacturers in UAE.

Masking Tape: How Durable Is It?

Most forms of masking tape are meant to be light and simple to remove, therefore they aren’t extremely robust. The tape’s strength is largely determined by its thickness & packing material, & the adhesive tape‘s strength is similarly determined by the kind of material employed. Depending on the project, packing tape or duct tape could be a good choice if you require a stronger solution.

Is There Any Remainder of Masking Tape?

After the tape has been removed, dependent on the quality, some residue might remain. You may reduce your odds of this happening by doing the following:

  • Instead of using conventional masking tape, use painter’s tape.
  • Leaving the masking tape on the surface for longer period than suggested is not a good idea.
  • If you’re going to use tape in a hot area, be sure it’s built for it.
  • Before applying tape, make sure the area is completely clean. 
  • Remove the tape by taking it off in a single & clean strip.

How to Get Rid of Masking Tape Remainder?

The following suggestions can assist you in removing any tenacious adhesive traces:

  • Use a heat gun, for example, to give it some heat to melt it.
  • To make it soft it, soak it in warm water.
  • Remove the residue using a knife, depending on the surface.
  • Scrub carefully with a thin coating of dish washer or cooking oil.

How Can Masking Tape Be Removed On the Wall With no Peeling Paint?

Remove the masking tape quickly, but only when the paint has dried completely. Quick & clean removal will assist to reduce the risk of the residue being left behind while also making the tape simpler to take it out. If you can’t peel the tape’s edge, raise one edge with a knife, especially in a corner, and pull out the tape from the edge, leaving a lovely clean edge. If you use a knife, be careful not to harm the fresh painting.

When Should You Remove Masking Tape After Painting?

To stop any distorting of the paint margins or unintentionally removing of the paint by itself, masking tape should only be removed after the paint is dry. When the paint is dry, that is the optimum time to remove it. Never take the paint out if it is wet or sticky, since this will almost certainly result in more problems. Another thing to keep in mind is that several varieties of masking tapes are only intended to adhere to the surfaces for a limited amount of time. However, some will last at least three days, whereas others will last considerably longer.

How Can I Prevent Bleeding of the Paint Under the Masking Tape?

Using professional painter’s tape rather than the masking tape which is multi-purpose is the best approach to avoid bleeding. This type of the tape is particularly intended for painting & has water-repellent characteristics to help keep lines straight & paint bleeds to a minimum. Another strategy is to keep the amount of the paint you apply near the masking tape to a minimum. Avoid over-painting the area, as this can increase the chances of the paint bleed, drips, and an rough or patchy finish.

Tapes

What Are the Benefits of Using Adhesive Tapes?

Adhesive tape has a wide range of functions, with new ones being found every year. Due to advancements in adhesive technology, convenience of use, and cheap cost compared to traditional fastening methods, tape will continue to rise in popularity as a fastening and joining option. The following sections will explain the fundamental benefits of tape as well as factors to consider when choosing the best adhesive tape for your application and/or industry from tape manufacturers in UAE.

What Are the Benefits of Using Tape?

  • Bolts, rivets, welds, and other mechanical fasteners can be replaced with this structural strength.
  • It is possible to employ lighter, thinner materials.
  • Glue diverse materials together without fear of incompatibility.
  • Acts as a moisture seal/environmental barrier, as well as providing vibration deadening and noise reduction.
  • Surface refinishing is not required to eliminate weld deformities.
  • For visual excellence, obvious mechanical fasteners are eliminated.
  • Provides adherence to tough surfaces like glass, as well as consistent thickness and gap filling qualities. Eliminates the requirement to attach “both” substrates together at the same time and in the same place, allowing for maximum production flexibility.
masking-tape

What is masking tape and how does it work?

Masking tape is a typical form of tape that is used for a variety of purposes. It’s also known as painter’s tape, and it’s made up of a pressure-sensitive adhesive and a thin paper backing that’s simple to rip.

Masking tape comes in a number of forms, including varying widths and colours, to fit a variety of functions and applications. However, it is mostly used by insulation companies in UAE to produce straight lines and cover regions that need not be painted during painting. It is a well-liked product among both enthusiasts and professionals.

Masking Tape: How can you Use It

Masking tape may be utilised in a number of situations, each of which will necessitate a somewhat different approach. Painting is one of the most common applications; you may learn more about the tape in the segments below.

Nevertheless, there are a few more tasks you must do before applying masking tape to any surface.

  • To make access to the room, move the furniture or bulky things out of the way.
  • Remove any objects that can be removed, such as photo frames & décor, curtains, screens, & blinds. You might also wish to securely remove any electric sockets if feasible.
  • Clean the surfaces thoroughly and let dry.

How to Apply the Masking Tape in a straight line.

Although it is very simple to apply the masking tape in a straight line, care needs to be taken to guarantee correct application & a spotless appearance. Start by attaching the tape in a corner; if you start in the middle of a wall, it will be more difficult to achieve a straight line. Instead, begin in a corner & work your way outwards, separating the tape from the roll as you go and double-checking that each part is properly adhered before continuing on. Use a ruler, measuring tape, or other measuring instrument having straight edges to assist line up the tape accurately if you require a perfect straight line or a highly precise finish.

Masking Tape: How to take it out? 

You must delete it after your assignment is completed. If you’ve been painting with masking tape, don’t take it off till the paint is fully dried. Otherwise, the tape may be used to get rid of the fresh paint, smear or distort the lines, or result in paint drips also. With a knife to raise the edge of highly sticky tape types may make it easier to remove the tape and ensure a hassle-free removal.

rubber insulation suppliers

Thermal Insulation Materials

Airmaster Rubber Insulation (NBR)

Airmaster sheet & Roll insulation is used to retard heat transmission and control condensation from chilled-water and refrigeration systems. It also efficiently reduces heat transfer for hot water plumbing and liquid-heating and dual-temperature piping. airmaster sheet & Rolls is ideal for applications in : • Duct work • Large piping and fittings • Tanks • Vessels • Curved and irregular surfaces and all types of fitting covers

Semi rigid aluminium duct

Airmaster Semi-rigid aluminium flexible ducting manufactured from pure aluminium corrugated strips, spirally wound, to produce a double over-lapped joint to prevent uncoiling in use. Fire resistant. Available in compressed 3 metre lengths.

Airmaster manufactures other ducting accessories such as duct connectors, insulated and uninsulated flexible ducts. Duct connectors are simple a flexible yet robust fabric secured by metal strip on either side. This ducting accessory, being flexible, helps prevent noise and vibration in the ducting system.

Flexible ducts are used in heating, ventilation and air-conditioning systems, to connect air outlets to the duct work. It is recommended to install flexible duct, cut to the required length, precaution should be taken to not bend the flexible duct across sharp corners. Using compressed or longer flexible ducts can cause friction losses.

Airmaster also manufactures other ducting accessories such as access door, volume control dampers ( rectangular and round), pressure relief dampers, back draft dampers, sound attenuators ( rectangular, circular and cross-talk) and fire dampers (UL 555 tested and approved). Airmaster manufactures these ducting accessories from high quality galvanized steel.

The volume control dampers are available with manual and motorized operation, with actuators of client’s choice. Pressure relief dampers are factory calibrated to operate at required pressure drop. Sound attenuators are used to eliminate the noise generated by the equipments ( generally AHUs , generators, cark park fans, etc). Airmaster uses a third party renowned and reliable software to make sound attenuator size selections through duct analysis.

Fire dampers are available with curtain type operation and motorized operation, suitable for fire , smoke or as a combination of both fire and smoke.

All ducting accessories manufactured by airmaster are tested by internationally renowned third party laboratories such as ETL Intertek, Underwriters laboratory, BSRIA, etc , for performance and efficiency.

Flexible duct connector

Flexible Duct Connector is a Duct Accessories used to eliminate duct system noises and vibrations for industrial and commercial applications while doing Thermal Insulation. The Basic use is to isolate the vibration and noises from the source with an air tight flexible joint consisting of a fabric fastened to steel metal on both sides.The flexible connector is fixed between the A/C equipment or fan and the ductwork. Various cloth types, cloth widths and steel widths are available in order to meet most of the installation requirements at job sites.

The duct connector fabric is available in three standard widths – 60 , 75 and 100 mm. The duct connector with 100 mm wide fabric comes with a metal stip of 70 mm width. The remaining duct connectors are available with 45 mm wide steel strip.

Airmaster also offer related items such as foam gaskets, duct flanges and corners to facilitate sealing and securing duct connections.

Download our catalogue to view the complete range of HVAC products.

Airmaster is also an adhesive tape manufacturer, well known as advance packaging and adhesive, offering various products such as foil tapes, protection tapes, packing tapes, double sided tapes. Our manufacturing facility in the United Arab Emirates uses the latest machinery and high quality ,tested raw materials to ensure the production of a high quality reliable product.

As an adhesive tape manufacturer, we also offer related products such as foam gaskets, duct connectors/flanges/corners, NBR/XLPE insulation, flexible/ rigid ducts, sealants and adhesives for various applications such as electrical, construction, HVAC and packing.

Advance packaging and adhesives, is one of the few adhesive tape manufacturers in the region offering an extensive selection of high performance pressure sensitive tapes suitable for the most demanding dynamic and static applications including bonding , bundling, damping, enhancing, protecting, reinforcing, shielding, masking and splicing. For More details please visit Advance Packaging & Adhesive L.L.C

Flexible Duct

Insulated & Uninsulated Flexible Duct is available with Metalized jacket to provide ultimate strength and protection. Metalized polyester vapor barriers are reinforced with Fiberglass scrim for high durability,tear resistance and outstanding thermal insulation protection.

Applications:
Flexible duct is used for thermal insulation, heating, ventilating and air conditioning systems for residential and commercial applications. They are most commonly used to connect the Main duct to the plenums.  In addition to this, flexible ducts are used in areas where manoeuvring of steel ducts are a challenge due to other services for shorter lengths.

duct tape suppliers

History and Uses of Duct Tapes

Duct Tapes are cloth based tapes, made of rubber based adhesive which is strong, durable, heat and water resistant. All we need is a roll of duct tape to fix anything  like air ducts, leaky pipes , car, boat, clothes etc. First ever Duct Tape is made for United States military at the time of world war 2 by Permacel division of Johnson & Johnson to  seal ammunition cases from leakage. Soldiers were able to fix everything using this tape from clothes to vehicles. It was green in color which got changes to silver because of its usage in duct works. Now it is available is different colors & prints.
Duct tape is made of 3 layers bottom is rubber based adhesive gives strength, middle layer is cloth which adds flexibility and top layer is plastic which makes it water proof. Regardless of its strength, it is removable very easily using a hand.

Variations

Airmaster Duct Tapes are available in grey and black Color. Width varies from 1 inch, 1 1/2 inch and 2 inch of length 30 Yards.

Duct Tape uses

  • Used for construction
  • Plumbing
  • Holding Metal sheets
  • Keeps carpet in position
  • Duct Work
  • Fix Leakage
  • Repair a Tear in Car, furniture or clothes