A Complete Guide to Choosing Fire-Resistant Paint: Protecting What Matters Most

Fire-resistant paint has become essential in modern construction and renovation. This specialized coating does more than just color walls – it creates a crucial safety barrier. Understanding how to choose the right fire-resistant paint can make a significant difference in protecting properties and lives.

Understanding Fire-Resistant Paint

Fire-resistant paint forms a protective layer when exposed to heat. It expands and creates an insulating barrier. This barrier slows down the spread of flames. Not all fire-resistant paints are equal, though. Different formulations offer varying levels of protection.

Types of Fire-Resistant Paint

Intumescent paints expand when heated. This type creates a thick, protective char. Ablative coatings sacrifice their outer layer to protect surfaces underneath. Some paints combine both properties for maximum protection.

Key Features to Consider

When choosing fire-resistant paint, look for:

•            Fire rating certification

•            Smoke emission levels

•            Application temperature range

•            Coverage per gallon

•            Number of required coats

•            Drying time between layers

•            Final appearance

•            Environmental impact

•            Cost per square foot

 

Where to Use Fire-Resistant Paint

These specialized coatings work best on:

•            Structural steel

•            Wooden surfaces

•            Interior walls

•            Ceilings

•            Support beams

•            Electrical cables

•            Door frames

•            Escape routes

 

Understanding Fire Ratings

Fire ratings indicate protection time. A one-hour rating means the paint protects for 60 minutes during a fire. Higher ratings offer longer protection. Check local building codes for required ratings in your area.

Application Methods

Proper application matters greatly. Some paints need professional spraying. Others work with rollers or brushes. Always follow manufacturer guidelines. Multiple thin coats usually work better than one thick layer.

Surface Preparation

Surface preparation affects performance. Clean surfaces thoroughly. Remove old paint and rust. Fix any damage. Apply primer if recommended. Good preparation ensures better adhesion and protection.

Cost Considerations

Fire-resistant paint costs more than standard paint. However, consider it an investment in safety. Cheaper options might need more frequent reapplication. Quality products last longer and provide better protection.

Maintenance Requirements

Regular maintenance extends effectiveness. Check for damage annually. Touch up scratches promptly. Some paints need reapplication after several years. Keep maintenance records for insurance purposes.

Environmental Factors

Consider your environment when choosing paint. Humidity affects some formulations. Temperature changes impact others. Indoor and outdoor paints have different requirements. Choose products suited to your conditions.

Color Options

Modern fire-resistant paints come in many colors. Match existing décor easily. Some brands offer custom tinting. Remember that darker colors might need more coats for full coverage.

Professional vs DIY Application

Complex projects need professional application. Simple jobs might suit DIY approach. Consider:

•            Project size

•            Surface type

•            Required certification

•            Your experience level

•            Available equipment

•            Time constraints

 

Testing and Certification

Look for independent testing certification. Reputable manufacturers provide test results. Check if certificates meet local requirements. Keep copies of all documentation.

Safety During Application

Follow safety guidelines strictly. Use proper protective equipment. Ensure good ventilation. Keep fire extinguishers nearby. Store paint safely. Dispose of waste properly.

Making the Final Choice

Consider all factors before deciding:

•            Project requirements

•            Budget constraints

•            Application method

•            Maintenance needs

•            Local regulations

•            Environmental conditions

 

Choose a product that balances protection, practicality, and cost. Remember, the best fire-resistant paint is one that meets your specific needs while providing reliable protection.

Good fire-resistant paint provides peace of mind. It adds an essential layer of safety to any structure. Take time to research options thoroughly. Consult professionals when needed. Your choice today impacts safety for years to come.

Painting Protection: Understanding the Different Types of Fireproofing Paint for Steel Structures

When it comes to safeguarding steel structures from the devastating effects of fire, choosing the right fireproofing paint can make all the difference. Steel, while renowned for its strength and durability, is susceptible to high temperatures, which can compromise its structural integrity. Fortunately, various types of fireproofing paints are available to provide an effective barrier against heat and flames, ensuring the safety of occupants and the longevity of the building.

 

Intumescent Coatings

Intumescent coatings are a popular and highly effective type of fireproofing paint for steel structures. These specialized coatings are designed to swell and form a thick, insulating char layer when exposed to high temperatures. This char layer acts as a barrier, shielding the steel from direct heat exposure and slowing down the heat transfer process. Intumescent coatings are available in various formulations, including solvent-based, water-based, and epoxy-based variants, catering to different environmental conditions and aesthetic requirements.

 

Cementitious Coatings

Cementitious coatings, also known as mineral-based coatings, offer a robust and long-lasting fireproofing solution for steel structures. These coatings are composed of mineral fibers, cements, and other additives, forming a durable and heat-resistant layer around the steel members. Cementitious coatings are particularly effective in providing long-term protection against fire and can withstand harsh environmental conditions, making them suitable for both indoor and outdoor applications.

 

Epoxy-Based Coatings

Epoxy-based coatings are another type of fireproofing paint that provides excellent protection for steel structures. These coatings are formulated with epoxy resins and various additives, creating a tough and durable barrier against heat and flames. Epoxy-based coatings are known for their superior adhesion to steel surfaces, ensuring long-lasting protection even in demanding environments. Additionally, they offer resistance to chemicals, abrasion, and moisture, making them suitable for a wide range of applications.

 

Hybrid Coatings

Hybrid coatings are a combination of different fireproofing technologies, such as intumescent and cementitious or epoxy-based components. These coatings offer the advantages of multiple fireproofing systems, providing enhanced protection and versatility. Hybrid coatings are designed to meet specific performance requirements, such as resistance to extreme temperatures, durability, and ease of application.

 

When selecting the appropriate fireproofing paint for your steel structure, it's crucial to consider factors such as the intended use of the building, the level of fire resistance required, environmental conditions, and aesthetic considerations. Consulting with experienced professionals, such as structural engineers and fire protection experts, can help you make an informed decision and ensure compliance with relevant building codes and regulations.

 

Proper surface preparation and application of the fireproofing paint are equally important to ensure optimal performance and longevity. Manufacturers typically provide detailed instructions and guidelines for surface preparation, application methods, and recommended coating thicknesses to achieve the desired fire resistance ratings.

 

Investing in high-quality fireproofing paint for steel structures is a critical step in ensuring the safety of occupants and protecting valuable assets. By selecting the appropriate type of fireproofing paint and following proper application procedures, you can safeguard your steel structure against the devastating effects of fire, contributing to a safer and more resilient built environment.

Also Read: Safeguarding Your Steel Structure: The Top 4 Effective Fireproofing Methods

Which material is used as a fire retardant in the cable industry?

Several materials are used as fire retardants in paint for cable industry. The most common ones include:

 

Aluminum hydroxide (ATH): ATH is a white, odorless powder that is added to cable insulation to help prevent the spread of fire. It is a very effective fire retardant and is also relatively inexpensive.

 

Magnesium hydroxide (MDH): MDH is another white, odorless powder that is used as a fire retardant in cables. It is similar to ATH in its effectiveness and cost.

 

Hydrated alumina (HA): HA is a form of aluminum oxide that is used as a fire retardant in cables. It is less effective than ATH and MDH, but it is also less expensive.

 

Halogenated fire retardants (HFRs): HFRs are a group of chemicals that contain halogen atoms, such as chlorine or bromine. They are very effective fire retardants, but they can also release toxic gases when burned.

 

Intumescent fire retardants (IFRs): IFRs are a newer type of fire retardant that work by forming a char layer on the surface of the cable insulation when it is exposed to heat. This char layer protects the underlying insulation from further heat damage and helps to prevent the spread of fire.

 

The specific type of fire retardant that is used in a particular cable will depend on the application. For example, cables that are used in buildings with high occupant loads, such as hospitals and schools, will typically use a more effective fire retardant, such as ATH or MDH. Cables that are used in less critical applications, such as residential buildings, may use a less expensive fire retardant, such as HA.

How do you make a cable fire resistant?

If you want to ensure the safety of your electrical cables and prevent the risk of fires, it is essential to make them fire-resistant. Fire-resistant cables are specifically designed to withstand high temperatures and prevent the spread of fire. In this article, we will explore the different ways you can make a cable fire-resistant.

 1. Use Fire-Resistant Materials:

One of the key factors in making a Cable fire-resistant is the choice of materials used in its construction. Fire-resistant cables are typically insulated with materials such as mineral insulation, mica tape, or silicone rubber. These materials have a high melting point and do not contribute to the fire's spread. 

 2. Insulate with Fire-Resistant Jackets:

To enhance the fire resistance of a cable, it is crucial to provide it with a fire-resistant jacket or sheath. The jacket acts as an additional layer of protection, preventing any external flames from reaching the cable's core and causing it to catch fire. Common fire-resistant jacket materials include thermoset compounds or halogen-free materials.

 3. Opt for Non-Flammable Fillers:

Cables can contain fillers between the conductor and insulation layers. Using non-flammable fillers, such as ceramic powders or fire-resistant gels, can significantly improve a cable's fire resistance. These fillers create a barrier and prevent the spread of fire along the cable's length.

 4. Employ Fire-Resistant Shielding:

Shielding is often required in cables to protect against electromagnetic interference. By using fire-resistant shielding materials, such as aluminum-mylar tape or copper tape with a non-flammable coating, you can enhance the fire resistance of the cable. The shielding acts as an extra layer of protection, reducing the risk of fire propagation.

 5. Comply with Fire Safety Regulations:

When manufacturing or installing fire-resistant cables, it is vital to adhere to relevant fire safety regulations and standards. Different countries and regions may have specific guidelines and certifications for fire-resistant cables. Ensure that the cables you choose meet the required standards to ensure optimal fire safety.

 6. Conduct Fire Resistance Testing:

Before using fire-resistant cables in critical applications, it is essential to perform fire-resistance testing. These tests evaluate the cable's ability to withstand high temperatures and prevent the spread of fire. Various tests, such as the flame propagation test or the fire survival test, can determine the cable's fire-resistant properties.

In conclusion, making a cable fire-resistant involves using fire-resistant materials, insulating with fire-resistant jackets, employing non-flammable fillers, utilizing fire-resistant shielding, complying with fire safety regulations, and conducting fire-resistance testing. By following these steps, you can ensure the safety of your electrical installations and minimize the risk of fires caused by cables. Remember, prioritizing fire safety is crucial when it comes to electrical systems to protect lives and property.

Fireproofing Steel Structures: The Role of Paint in Building Safety

Steel is one of the most common materials used in construction and for good reason. It's strong, durable, and can withstand extreme weather conditions. However, steel is not immune to fire. Steel can weaken and even collapse under high temperatures. That's where fireproofing comes in. In this article, we'll discuss the role of paint in fireproofing steel structures and how it contributes to building safety.

 

Fireproofing Steel Structures

Fireproofing is the process of making a building or structure resistant to fire. In steel structures, fireproofing is essential to prevent the steel from weakening and collapsing under high temperatures. There are several ways to fireproof steel structures, including the use of in tumescent coatings, spray-applied fireproofing, and fire-resistant insulation. However, one of the most common methods is through the use of paint.

The Role of Paint in Fireproofing Steel Structures

Paint is an effective way to fireproof steel structures because it creates a barrier between the steel and the heat. When exposed to high temperatures, the paint chars and expands, creating a protective layer that insulates the steel from the heat. This slows down the rate at which the steel heats up, giving people more time to evacuate the building and firefighters more time to put out the fire.

Types of Fireproof Paint

There are two types of fireproof paint: in tumescent and contentious. In tumescent paint is a thin film that expands when exposed to heat, creating a foam-like layer that insulates the steel. Contentious paint is made from cement and other materials that create a thick layer of insulation when applied to the steel. Both types of paint are effective in fireproofing steel structures, but in tumescent paint is more commonly used because it's easier to apply and maintain.

Benefits of Fireproof Paint

Fireproof paint has several benefits for building safety. First, it can prevent the steel from weakening and collapsing under high temperatures, which can save lives and prevent property damage. Second, it can reduce the spread of fire by containing it in one area of the building. Third, it can provide additional time for people to evacuate the building and for firefighters to put out the fire. Finally, it can reduce insurance costs by making the building safer and less prone to damage.

Conclusion

Fireproofing steel structures is essential for building safety, and paint is an effective way to achieve this. Whether you choose in tumescent or contentious paint, the benefits of fireproof paint are clear. By creating a barrier between the steel and the heat, fireproof paint can prevent the steel from weakening and collapsing, reduce the spread of fire, provide additional time for evacuation and firefighting, and reduce insurance costs. If you're building a steel structure, make sure to include fireproofing in your plans and choose the right type of paint for your needs.

How TO Sell IS THERE SUCH A THING AS FIRE-RETARDANT PAINT?

In the present scenario, people are willing to add ideal paint to the home to prevent unwanted scenarios. Fire is a dangerous disaster that creates many problems for property and belongings. For that reason, people switch to Fire resistant paint to prevent such a condition. If you are a property owner, you can speak with a reputable expert and choose the right paint for your property. Painters prefer an attractive solution to safeguard a valuable item. Plenty of shops sell paint at the best rate. You can check the necessary information and decide to buy the right paint product for the project.

How paint performs in the property:

Professionals help you buy quality paint that stays a long time on the property. Fire-coating paint is a unique solution that works well on walls, ceilings, and floors. Painters can apply it to the surface to make them as a flame retardant. 

The main of paint is to slow and stop fire spread in a home or commercial building. You must consider a significant element to spread oxygen, fuel and heat. A Fire resistant paint in the home can safeguard the surface and minimize the fuel and responsible remedy to eliminate the fire triangle element and preserve the surface. 

·       When flame discharges heat, it limits the oxygen available to fire.

·         It is an effective item for construction material in the home.

·         You can opt for paint with excellent retardant qualities that delay fire spread.

·         It is a better way to get complete control of fire and minimize the fire damage.

Fire rating standard:

Before choosing any paint for the project, you can pay attention to the fire rating standard in a project. In the market, retailers can sell products at different standards. Some standard fulfills different application. Retailers provide complete information about rating and meaning.

ATSM E-84:

It is a reliable fire standard and measures flame spread. With standards, you can evaluate burning behavior. When you start a renovation or new project, you must ensure that the facility requires an E-84 test.

UL 236:

It shows a rating test and certifies protection for steel. The method is ideal for testing steelwork fire protection before finishing the project.

ASTM E-119:

Rating or test reveals fire response to different ranges of the structural substrate in the project. Test load-bearing items like columns, floors, roofs, partitions, and structural beams come underrating.

Popular coating:

People must look at popular coating for reducing paint. Shops come with a vast collection of coating like

Fireguard E-84:

It has excellent capability to reduce flame spread, smoke production, and structural damage. The coating may also act as Intumescent paint. Paint can use on different arrays of the surface with brushing, rolling and spraying method.

Flameoff fire barrier paint:

It is the best alternative for fireproofing and delivers maximum protection to the property. Experts prefer such coating for a different reason. So, property owners consider every matter carefully and pick up the right paint to prevent fire accidents and improve their capability of handling challenges.

How do I protect my cable from fire?

A substance is considered to be flame resistant if it can endure heat and flames up to a particular point without losing any of its properties. Since polymers and fabric-type materials are the material categories most sensitive to fire, this expression is typically used for them. Flame retardant is primarily a behaviour that might be a side characteristic or the primary function of a substance. It is the process of temporarily stopping the spread of fire. The goal is to employ Fire retardant paint for cables that can withstand fire and high heat for a longer amount of time before burning to death. The cable jacket is another aspect; low smoke cable has a jacket made of material designed to stop hazardous smoke. It will continue to smoke, but it is not fatal on its own. For instance, high-performance industrial machinery and electric fuse boxes have specific coatings that operate as flame retardants. If you are looking for some of the best manufacturers of fire-resistant cables, then one choice that becomes obvious is JPSC Solutions.

The new flame retardant cable does not include heavy metals like lead and cadmium in its insulation or sheath, so when it is used and disposed of, it won't contaminate the land or water. And you may utilize it with assurance. A specific oxygen barrier substance and an ecologically friendly insulating layer are used in the new kind of fire retardant cable. The product doesn't include halogen, which successfully resolves the issue of "secondary pollution" during burning. It also has strong electrical, physical, and mechanical qualities. Both the air and individual safety benefit greatly from it.

Water-based fire retardant cable coating can be put by brush on electrical wires at key spots. If you already have a building, you may improve the interiors with simple-to-use fire-retardant material that you can apply yourself or with the help of experts. You may purchase kits with detailed instructions, white undercoat paint, and primer if you wish to apply the fire-retardant coating for wood on your own. Widely utilized wooden substrates for interior treatments can add gasoline to the flames. To accomplish passive fire protection, they can be coated with a fire retardant wood coating.

The fire retardant cable can prevent the burning flame, effectively controlling the spread of the fire and the loss and ensuring personal safety. When compared to conventional cables, the fire retardant cable produces less smoke when it burns, making it easier to evacuate employees and carry out fire fighting operations.

The new kind of cable makes use of a brand-new kind of special coating substance that doesn't harm the environment and produces very little to no acid gas when used. It is more dependable and ecologically friendly since it won't burn poisonous and hazardous gas. The installation and operation of the new flame retardant cable are also easier and quicker.

Electric chairs, plates, and cables frequently employ fire-resistant paint, which slows the pace of burning and stops the spread of fire. The fire-resistant coating must be applied in accordance with the project's specifications and the surrounding conditions, depending on the base material. The water-based and solvent-free substance shields prefabricated buildings made of concrete, steel, and wood against direct contact with fire. As a result, it is frequently employed in public structures, new construction, and expansive industrial settings.

More queries? Feel free to reach out to us.

How fire-resistant paint keeps you and your building safe?

 Paint that doesn't catch fire and stretches as needed. When exposed to fire and heat, they expand and form a much thicker layer than it was before. This protects the bottom of the object from damage caused by fire and heat. Paint coatings that can expand and are resistant to fire are often used on flammable materials to delay ignition or stop the flame from spreading on the protected surface. You need a solid, porous mass of fire-resistant paint that can be stretched. Before this can work, a stable chemical must be burned until it is no longer dependable.

How to Apply a Fireproof Coating

Before putting on the fireproof coating, a suitable primer should be put on the metal structure.

This coating can be put on with an airless sprayer, a brush, or a roller. It can be put on any surface with any angle or crack in minutes. The thickness of the paint can range from about 0.5 mm to 2 mm, depending on things like the type and shape of the structure, the thickness of the sheet, the environment in which it will be used, the ability to put out fires, and other factors.

A brush can be used to remove the damaged fire-retardant coating from places where it has been damaged by impact. After the coating process is done, there is no need to smooth the surface because the surface of this fireproof coating is already smooth. To keep it safe, it's best to put fireproof paint on top of the expanding fireproof covering.

Using paints that don't catch fire is good in many ways.

There is a water-based ingredient that foams in these paints when it comes in contact with fire. These paints don't let water vapor through, so they don't rust. These fire-resistant paints don't allow much heat to pass through them. Using these colors, the final coating is very tough and will last for a long. All of these colors are good for nature. These paints are easy to use and don't take much time or work. They can be run by anything with a complicated shape. Even when exposed to temperatures of up to 500 degrees Fahrenheit, these paints don't change how they look. The final weight doesn't vary the surface very much. Because of this, it sticks well to metal. No dangerous fumes or smoke are coming from these paints. It doesn't get wet very often. Since algae and germs can't grow on these paints, they can also stand up to water and fire.

Conclusion

In May 2014, JPSC Solutions Pvt. Ltd. implemented both passive and active fire safety measures. We provide the best Fire-resistant paint. Set up and run by professionals. The main goals were to show off new products with international certification, show off solutions that meet international standards, and teach Indian clients why passive fire safety is essential. JPSC is a channel partner of a few big global companies in crucial fields like fire-stopping and fireproofing. Helping to solve problems with the site through technical assistance is done all the time. JPSC hires people with experience and training and certified firestop engineers.

Get a professional fireproofing paint for steel structure. Improve your building's fire safety and energy efficiency

Fireproofing is an integral part of today's fast-paced and technology-driven world. However, when a building is fireproofed, it does not mean that it will be completely safe from fires. In the event of a fire, structural steel fireproofing has a better chance of protecting your valuables. We'll talk about this more in this essay.

Epoxy fireproofing is one of the most common ways to protect steel structures from fire. Today, we will talk about why fireproofing epoxy paint is essential for residential and commercial facilities.

It is essential to know about fireproofing epoxy paint and why you should use it.

Steel is a popular choice for building because it is solid and durable. Steel is used to build factory frames, pillars, and other critical structural parts. However, it generally doesn't hold up well to scorching things. Steel structures exposed to a fire's very high heat may crumble and break because of this. In a fire, the steel structure falls apart in minutes. This could cause a lot of damage or even death. As a result, steel surfaces need to be painted with fireproof epoxy paint to keep them safe.

The following are some of the advantages of epoxy paint for steel:

It can take up to 120 minutes for the steel structures to be safe in a fire.

Firefighters will have more time to put out the fire.

Allow more time for people to be evacuated from the area if they need to.

Epoxy paint that protects against fire is called "intumescent paint." When it gets hot, the coating that has the intumescent reacts quickly and grows. So, the fire couldn't get to the steel frame of the house. This isn't all: The flame retardant coating also makes tiny bubbles that protect the surface from damage. Intumescent products aim to keep buildings and structures from collapsing, which is why they are used.

A few things to keep in mind when applying fireproof epoxy paint:

In Sweden, the steel surface must meet the SA 2.5 standard, which is very strict. The steel must be cleaned very well if it meets these requirements and is free of contaminants on the surface. Afterwards, the steel will be given a primer. In the last step, the epoxy paint is put on.

It is essential to think about how thick and thin the paint coat is for fire protection.

Readers may be able to use the information in this article to understand Fireproofing paint for steel structure. You can apply this paint more quickly or choose the right fire-retardant colour based on the information in this text. There are a lot of companies that make intumescent paints, sprays, and other fireproofing products and services. These companies include KBS coating installers, KBS coating, cable spraying, and so on, among other things. Always buy stuff from a well-known, trustworthy store for things like intumescent paint and sprays.

At the beginning of May of this year, it began its journey into active and passive fire safety. When the system was made and kept up with, it was best left to the experts. They have looked for customers who know what they need to do to keep their homes from getting caught in flames. To help steel structure companies, JPSC has worked with some of the world's best firestops and fireproofing paint companies. People get help with technical and site problems regularly. We provide the best fireproofing paint for steel structure. JPSC has a group of experienced and talented engineers and firestop engineers who are qualified to do their job.

Fireproofing paint for steel structure, How to do it?

Strength is one of the main reasons used for construction of buildings. Steel is tough and strong construction materials are used in buildings. However the strength of the steel is challenged by the severe heat of a fire. In a fire it can take only few minutes for unprotected steel to reach critical failure temperature of 550⁰C at which point it loses its capacity to bear heavy loads, thus leading to the collapse of the structure. 

Here comes the role of the best Fireproofing paint for steel structure. Fire protection paint for steel can provide the following benefits. The fire protection for up to 120 minutes preventing structural collapse. It allows fire fighters more time to get the fire under control. Also it extends the usual evacuation time.

There are two types of fire protection paint for steel structures. Fire paint for steel can be classified by fire protection method- intumescent or fire retardant. Each of these coating types is further divided by the length of time they provide fire protection for 30, 60, 90 or 120 minutes. Building regulation requires different minimum time requirements that vary based on building type.

1. Fire retardant paint: A fire retardant paint works by releasing flame damping gas when heated, which prevents the spread of flame across the surface-usually ceiling and walls. It is less common to use fire retardant paint for steel structures as they do not have same insulating properties of intumescent paint. So, this flame resistant paint for metal is usually a top coat on another anti fire paint.

2. Intumescent paint: Intumescent paints protect their steel substrate by providing an insulating layer between steel and fire. Exposure to heat of fire triggers a reaction, causing the intumescent paint to expand to up to 50 times its thickness and form a solid foam like char. This char insulates the steel from the heat so prolonging the time before it reaches the temperature that would comprise it. Intumescent paint for steel is the main coating used for steel fire protection.

Fire retardant paint for steel structure will give you an added time to either escape or put off the flames. It would not be accurate to say that fire retardant paint puts out fire the way water does. Fighting a fire is actually a fight against time. Fire retardant spray gives more time to save lives and escape the building.

Treating steel with fire retardant paint has been shown to significantly slow the spread of fires. It also minimizes the chance that the surface will ignite in the first place, because the flames are not leaping across the room.

As the fire retardant spray slows the spread of fire, it gives the residents of home or people inside a business time to exit the building. This reduces the chance of lost lives. It is not expensive and can be used in every single substrate.  

What type of paint can be used to fireproof steel structures?

 One of the greatest fear and threat to the safety of Buildings is a breakout of fire. No one wants a fire to spread but we need to take precautions in case a fire breaks out. Several approaches are taken as a precaution like the use of fire extinguishers, emergency exits etc and there is an emerging approach towards fire precaution, that is the use of fire-resistant paints. Steels are widely used in the construction sector because they are tough and provide durability and strength to the Buildings, but with the breakout of fire, there comes a temperature when even the steel breakout and that is exactly when the catastrophe takes place that leads to the collapse of structures. JPSC Solutions Pvt Ltd is one of the most trusted names when it comes to Fireproofing paint for steel structure and other solutions.

There are two major ways to use fire retardant paints upon the steel structures and those are - Vermiculite fireproofing Coating, which is passive resistant and is done with the help of vermiculite spray, and, Intumescent Structural Fireproofing which also promises better corrosion resistant abilities.

There are several other benefits of using fire retardant paints over steel structures. Firstly, they limit the spread of fire. This works in two broad ways depending upon the product you have chosen. In one approach, the layer of fire-resistant paint can either emit a gas that slows down the spread of fire or another approach in which a protective layer of char is formed that prevents structural damage to the building. Secondly, Apart from slowing down the spread of fire, these paints also protect the surface to the maximum extent possible. In general, they can extend the protection from anything between 30 minutes to 120 minutes depending upon the product you have chosen. In absence of the paint, the damage to steel structures could be done 40-50 minutes before, and the existence of these paints, provide an additional buffer time for the help to reach and douse the fire. We all acknowledge the fact that during the spread of fire, every second counts and with a buffer time of half an hour to 2 hours, it can be a game-changer in the true sense. Thirdly, The paints manufactured and supplied by JPSC Solutions Pvt Ltd can be applied over a range of surfaces and is not only limited to brick and mortar material but also includes softwood, hard wood, plasterboard, chipboard etc. Fourthly, one doubt that might prop up in your head is that suppose your walls and structures are already painted and you are not having a fresh structure to paints, so can the fire-retardant paint be applied over the non-fire-retardant painted surface? So the answer to this question is an absolute Yes! Applying the fire-resistant paint over a normal painted surface in no way impacts the fire fighting ability but one thing needs to be ensured that the layer of coating of the newly applied fire-retardant paint must be thick enough to operate. 

We understand you might be having a plethora of queries and clarification related to fire-retardant paints and their application. Feel free to reach out to us with any of your doubts, and have no confusion over the fact that JPSC Solutions Pvt Ltd provides the highest quality products at the most affordable rates. We are always there to assist you.

Let's know about vermiculite and it's uses

Protecting the steel structure in the event of a fire is a key consideration. The vermiculite spray is used as fireproofing for both internal and semi exposed elements mainly of steel structure, hollow core slabs and concrete slabs. 

What is vermiculite?

This hydrous phyllosilicate mineral undergoes significant expansion when heated. A monolithic coating is adopted with a mixture of vermiculite as well as Portland cement to withstand the fire. Vermiculite is more preferred because of low density which will not add extra deaf load to the building and high durability. The damage or crack to the layer is minimal during any mechanical impact. 

What are the key properties of the vermiculite spray?

 Some of the key properties are mentioned below.

·         Initial set is 2 to 6 hours at 20 degree Celsius and 50% RH

·         Density is 400 km/m3

·         Color is Off-white

·         Compressive strength is 560kPa

·         Thermal conductivity is 0.0095W/mK at 20C

·         pH value is 12.0 – 12.5

The needed thickness for the vermiculite Application spray can be calculated at the site according to the structural member sizes and the fire rating needed based on manufacturer guidelines. 

Vermiculite plaster has evolved from across the world research and many years of experience in the field of passive fire protection systems. This plaster is a special dry powder coating that is developed to protect any form of structural steel such as beams, columns, tanks and so on. Vermiculite is mixed with water and its entraining agent at site and can be applied by hand traveling at ease. 

Vermiculite plaster consists of inorganic mineral compounds with a vermiculite base. It is non combustible, lightweight, smooth and environmentally friendly as well as very easy to handle, making it suitable for a wide range of applications. It is completely asbestos free, non hazardous and safe during and after application.

Vermiculite plaster is tested for its fire resistance as per international practical. Vermiculite fire spray is effective at retaining moisture, thus in the event of a fire, this moisture  turns into  steam, substantially delaying an increase in temperature and providing fire resistance for up to 240 minutes. 

Effective yet inexpensive

Vermiculite coating steel structure is used to protect internal steel, ducts and ceilings and is fabricated from cement fibers. Vermiculite and plaster has a low production cost and let's fast application. It is applied on site and the final finish of vermiculite is bold and textured such as rough concrete and often sets between 10-12mm in thickness.

 

You can vermiculite spray online at very affordable prices. Buying online saves your valuable time and money.