Building insulation means creating a resistance to the flow of heat from the warmer side to the colder side of the insulated building roof or walls.In most countries worldwide the building bye laws require a certain thermal insulation value to be met for different building elements like Roof, Walls etc. This is achieved by adding a layer of thermal insulating material like EPS or XPS to the building element. This improves the comfort level of the residents and also reduces electrical power consumption in air conditioning / cooling very substantially. BENEFITS OF THERMAL INSULATION:1. If an insulating material layer of only 50mm (insulation value is 24 times that of brick bat coba or 30 times that of equivalent thickness mud phaska) is added to the roof then the insulation value of the total roof may go up by over 5 times. This increase in insulation value : a. Minimizes heat loss from the interior in winter months, and b. Minimizes heat gain from outside in the summer monthsThis will substantially improve resident comfort level and reduce air conditioning requirements thus lowering the capacity (tonnage) of air conditioner required as well as the operating power and maintenance costs. Insulation is the single most cost-effective way to improve energy efficiency based on cost comparison per square foot. This is a totally passive system with no operation cost over the life of the building. Governments are recognizing this with new energy efficiency legislation and national and international commitments.Inadequate insulation and air leakage are leading causes of energy waste in most homes. Besides wasting energy these leakages are the cause of the uncomfortable hot or cold drafts.By insulating a building or home , you :- a. Save money (upto 40% of your AC power bill) and the nation's limited energy resources b. Maintain a uniform, comfortable temperature throughout your interiors , throughout the year.

In most countries worldwide the building bye laws require a certain thermal insulation value to be met for different building elements like Roof, Walls etc. This is achieved by adding a layer of thermal insulating material like EPS to the building element. This improves the comfort level of the residents and also reduces electrical power consumption in air conditioning / cooling very substantially.


BENEFITS OF THERMAL INSULATION:
1. If an insulating material layer of only 50mm (insulation value is 24 times that of brick bat coba or 30 times that of equivalent thickness mud phaska) is added to the roof then the insulation value of the total roof may go up by over 5 times. This increase in insulation value :
a. Minimizes heat loss from the interior in winter months, and
b. Minimizes heat gain from outside in the summer months

This will substantially improve comfort level and reduce air conditioning requirements thus lowering the capacity (tonnage) of air conditioner required as well as the operating power and maintenance costs.
Insulation is the single most cost-effective way to improve energy efficiency based on cost comparison per square foot. This is a totally passive system with no operation cost over the life of the building. Governments are recognizing this with new energy efficiency legislation and national and international commitments.

Inadequate insulation and air leakage are leading causes of energy waste in most homes. Besides wasting energy these leakages are the cause of the uncomfortable hot or cold drafts.

By insulating a building or home , you :-
a. Save money (upto 40% of your AC power bill) and the nation\'s limited energy resources

b. Maintain a uniform, comfortable temperature throughout your interiors , throughout the year.

RIBBS are Insulating concrete form or insulated concrete form (ICF) from Reliable Insupacks (P) Ltd.intoducing this unique concrete formwork to India.This is a system of formwork for reinforced concrete usually made with a rigid thermal insulation, made of self extinguishing EPS (Expanded Polystyrene) that stays in place as a permanent interior and exterior substrate for walls, floors, and roofs. The forms are interlocking modular units that are dry-stacked (without mortar) and filled with concrete. The units lock together somewhat like giant Lego bricks and create a form for the structural walls or floors of a building. ICF construction has become commonplace for both low rise commercial and high performance residential construction as more stringent energy efficiency and natural disaster resistant building codes are adopted.

Over the last two decades, ICFs have become the most preferred construction material for green buildings in many countries with extreme weather conditions due to their -
reduced construction time,
compatibility with any inside or outside surface finish,
strength,
mold & pest resistance,
noise reduction,
reduced dust & dirt infiltration,
and
significant and continuing energy savings

In most countries worldwide the building bye laws require a certain thermal insulation value to be met for different building elements like Roof, Walls etc. This is achieved by adding a layer of thermal insulating material like EPS or XPS to the building element. This improves the comfort level of the residents and also reduces electrical power consumption in air conditioning / cooling very substantially.
BENEFITS OF THERMAL INSULATION:
1. If an insulating material layer of only 50mm (insulation value is 24 times that of brick bat coba or 30 times that of equivalent thickness mud phaska) is added to the roof then the insulation value of the total roof may go up by over 5 times. This increase in insulation value :
a. Minimizes heat loss from the interior in winter months, and
b. Minimizes heat gain from outside in the summer months
This will substantially improve resident comfort level and reduce air conditioning requirements thus lowering the capacity (tonnage) of airconditioner required as well as the operating power and maintenance costs. Insulation is the single most cost-effective way to improve energy efficiency based on cost comparison per square foot. This is a totally passive system with no operation cost over the life of the building. Governments are recognizing this with new energy efficiency legislation and national and international commitments.
Inadequate insulation and air leakage are leading causes of energy waste in most homes. Besides wasting energy these leakages are the cause of the uncomfortable hot or cold drafts.
By insulating a building or home , you :-
a. Save money (upto 40% of your AC power bill) and the nation\'s limited energy resources
b. Maintain a uniform, comfortable temperature throughout your interiors , throughout the year.

Building insulation means creating a resistance to the flow of heat from the warmer side to the colder side of the insulated building roof or walls.In most countries worldwide the building bye laws require a certain thermal insulation value to be met for different building elements like Roof, Walls etc. This is achieved by adding a layer of thermal insulating material like EPS or XPS to the building element. This improves the comfort level of the residents and also reduces electrical power consumption in air conditioning / cooling very substantially. BENEFITS OF THERMAL INSULATION:1. If an insulating material layer of only 50mm (insulation value is 24 times that of brick bat coba or 30 times that of equivalent thickness mud phaska) is added to the roof then the insulation value of the total roof may go up by over 5 times. This increase in insulation value : a. Minimizes heat loss from the interior in winter months, and b. Minimizes heat gain from outside in the summer monthsThis will substantially improve resident comfort level and reduce air conditioning requirements thus lowering the capacity (tonnage) of airconditioner required as well as the operating power and maintenance costs. Insulation is the single most cost-effective way to improve energy efficiency based on cost comparison per square foot. This is a totally passive system with no operation cost over the life of the building. Governments are recognizing this with new energy efficiency legislation and national and international commitments.Inadequate insulation and air leakage are leading causes of energy waste in most homes. Besides wasting energy these leakages are the cause of the uncomfortable hot or cold drafts.By insulating a building or home , you :- a. Save money (upto 40% of your AC power bill) and the nation's limited energy resources b. Maintain a uniform, comfortable temperature throughout your interiors , throughout the year.

At Reliable Insupacks, you can get high quality roof insulation services. We are a team of experts, having expertise in the EPS based molded, and have mastered in offering effective roof insulation services to clients. As a reputed roof insulation service manufacturer, we strive for offering customized solutions to meet individual needs at affordable prices. Our roof insulation service has been designed in a way that is environment friendly and ensuring the safety. When you opt for our installation of insulations in your home, you will have the opportunity to have comforts and long term financial benefits.

Most products can be shipped using 1.5 to 2\" thick EPS. For best protection, use a molded container of Fire Resistant grade. Taking care of empty spaces in packed containers to minimize heat loss - Fill void or empy space with bubble wrap, newspapers, etc. This reduces the chance of heat pockets forming in empty air channels surrounding a product. It also provides additional protection from movement within the shipping container during transit.Select a temperature indicator, if needed. Pre condition refrigerants, as required. Position your product, refrigerants, and indicator (if needed) inside the cold chain packaging container. Close and tape shut the container. Label the top of the box to ensure that it is shipped upright. Shipping requirements : Cool/Chilled Shipments [+5C]Use refrigerated or frozen refrigerants.When there is a risk of freezing a refrigerated product (very cold ambient temperature), non-frozen refrigerants may be sandwiched between frozen refrigerants and the product to prevent freezing. Frozen Shipments [0C to -20C]Use frozen refrigerants . Frozen Shipments for Long Durations or for < -20C, Dry ice is recommended for transporting frozen products for durations of 2 or more days. Please note that your product must be secured within the container since dry ice gets smaller as it sublimates (goes from solid to gas).Use only molded containers of correct dimensions. Contact our experienced team for assistance in this decision making process.

We are one of the leading manufacture of a wide range of Industrial custom designed, molded Packaging that includes - molded cushions designed for shock absorption at customer specified drop heights, composite packaging assemblies where other materials are combined to provide a total packaging solution and display packing boxes which in combination with duplex board boxes at customer end showcases the packaged product besides providing shock absorption and complete protection to a high value packed product during transportation and handling We have a team of professionals who use the shock absorbing characteristic of EPS and computer aided designing tools to design products for meeting specified drop heights and vibration loads . Our team can also provide 3D mock ups of the cushion to enable product visualization at customer end.Our design team has been at the forefront of developing packaging for almost impossible to export products (very high breakage or rejection rates) like art and metal ware mirrors or sensitive glass brass chandeliers which could be exported for Fedex delivery distribution only because of suitable packaging design developed by our design team. Another major customer difficulty we address is that of fast mold development. These packaging items being custom built are not available off the shelf. Focus on packaging at the last moment and the normal mold (made out of aluminum alloy casting) development time being 4 to 6 weeks, it becomes extremely difficult for customers to meet their deadlines. Our engineers have developed and systematized some challenges of mold making whereby they can provide our hard pressed customers with products within 1 to 2 weeks. We offer a wide range of Packaging for Home Appliances to suit various shapes and sizes of a variety of appliances such as juicer-mixer-grinder, OTG, microwaves, washing machines, geysers, etc. Our range is made of superior quality raw materials, sourced from certified vendors. Our clients acknowledge their high durability, long lasting performance and low maintenance.

CUSTOM MADE MOLDED & ASSEMBLED COMPOSITE PACKAGING COMPONENTS:
Our expert solutions for complex design requirements Above image is of a washing machine bottom cushion assembly, which is also used as a palette on the assembly conveyor at customer end. This is a good example of a composite packaging cushion wherein three different product components with different physical properties, namely Corrugation (Good tensile strength + abrasion resistance), EPS Cushion (Good compressive strength and shock absorption) and a PP guide saddle (good tensile strength+abrasion resistance) are brought together to provide a total packaging solution required for the final product by an industrial manufacturer.

Building insulation means creating a resistance to the flow of heat from the warmer side to the colder side of the insulated building roof or walls.In most countries worldwide the building bye laws require a certain thermal insulation value to be met for different building elements like Roof, Walls etc. This is achieved by adding a layer of thermal insulating material like EPS or XPS to the building element. This improves the comfort level of the residents and also reduces electrical power consumption in air conditioning / cooling very substantially. BENEFITS OF THERMAL INSULATION:1. If an insulating material layer of only 50mm (insulation value is 24 times that of brick bat coba or 30 times that of equivalent thickness mud phaska) is added to the roof then the insulation value of the total roof may go up by over 5 times. This increase in insulation value : a. Minimizes heat loss from the interior in winter months, and b. Minimizes heat gain from outside in the summer monthsThis will substantially improve resident comfort level and reduce air conditioning requirements thus lowering the capacity (tonnage) of air conditioner required as well as the operating power and maintenance costs. Insulation is the single most cost-effective way to improve energy efficiency based on cost comparison per square foot. This is a totally passive system with no operation cost over the life of the building. Governments are recognizing this with new energy efficiency legislation and national and international commitments.Inadequate insulation and air leakage are leading causes of energy waste in most homes. Besides wasting energy these leakages are the cause of the uncomfortable hot or cold drafts.By insulating a building or home , you :- a. Save money (upto 40% of your AC power bill) and the nation\'s limited energy resources b. Maintain a uniform, comfortable temperature throughout your interiors , throughout the year.

Building insulation means creating a resistance to the flow of heat from the warmer side to the colder side of the insulated building roof or walls.
In most countries worldwide the building bye laws require a certain thermal insulation value to be met for different building elements like Roof, Walls etc. This is achieved by adding a layer of thermal insulating material like EPS or XPS to the building element. This improves the comfort level of the residents and also reduces electrical power consumption in air conditioning / cooling very substantially.
BENEFITS OF THERMAL INSULATION:
1. If an insulating material layer of only 50mm (insulation value is 24 times that of brick bat coba or 30 times that of equivalent thickness mud phaska) is added to the roof then the insulation value of the total roof may go up by over 5 times. This increase in insulation value :
a. Minimizes heat loss from the interior in winter months, and
b. Minimizes heat gain from outside in the summer months
This will substantially improve resident comfort level and reduce air conditioning requirements thus lowering the capacity (tonnage) of air conditioner required as well as the operating power and maintenance costs. Insulation is the single most cost-effective way to improve energy efficiency based on cost comparison per square foot. This is a totally passive system with no operation cost over the life of the building. Governments are recognizing this with new energy efficiency legislation and national and international commitments.
Inadequate insulation and air leakage are leading causes of energy waste in most homes. Besides wasting energy these leakages are the cause of the uncomfortable hot or cold drafts.
By insulating a building or home , you :-
a. Save money (up to 40% of your AC power bill) and the nation\'s limited energy resources
b. Maintain a uniform, comfortable temperature throughout your interiors , throughout the year.

Building insulation means creating a resistance to the flow of heat from the warmer side to the colder side of the insulated building roof or walls.In most countries worldwide the building bye laws require a certain thermal insulation value to be met for different building elements like Roof, Walls etc. This is achieved by adding a layer of thermal insulating material like EPS or XPS to the building element. This improves the comfort level of the residents and also reduces electrical power consumption in air conditioning / cooling very substantially. BENEFITS OF THERMAL INSULATION:1. If an insulating material layer of only 50mm (insulation value is 24 times that of brick bat coba or 30 times that of equivalent thickness mud phaska) is added to the roof then the insulation value of the total roof may go up by over 5 times. This increase in insulation value : a. Minimizes heat loss from the interior in winter months, and b. Minimizes heat gain from outside in the summer monthsThis will substantially improve resident comfort level and reduce air conditioning requirements thus lowering the capacity (tonnage) of air conditioner required as well as the operating power and maintenance costs. Insulation is the single most cost-effective way to improve energy efficiency based on cost comparison per square foot. This is a totally passive system with no operation cost over the life of the building. Governments are recognizing this with new energy efficiency legislation and national and international commitments.Inadequate insulation and air leakage are leading causes of energy waste in most homes. Besides wasting energy these leakages are the cause of the uncomfortable hot or cold drafts.By insulating a building or home , you :- a. Save money (upto 40% of your AC power bill) and the nation's limited energy resources b. Maintain a uniform, comfortable temperature throughout your interiors , throughout the year.

In most countries worldwide the building bye laws require a certain thermal insulation value to be met for different building elements like Roof, Walls etc. This is achieved by adding a layer of thermal insulating material like EPS to the building element. This improves the comfort level of the residents and also reduces electrical power consumption in air conditioning / cooling very substantially.


BENEFITS OF THERMAL INSULATION:
1. If an insulating material layer of only 50mm (insulation value is 24 times that of brick bat coba or 30 times that of equivalent thickness mud phaska) is added to the roof then the insulation value of the total roof may go up by over 5 times. This increase in insulation value :
a. Minimizes heat loss from the interior in winter months, and
b. Minimizes heat gain from outside in the summer months

This will substantially improve comfort level and reduce air conditioning requirements thus lowering the capacity (tonnage) of air conditioner required as well as the operating power and maintenance costs.
Insulation is the single most cost-effective way to improve energy efficiency based on cost comparison per square foot. This is a totally passive system with no operation cost over the life of the building. Governments are recognizing this with new energy efficiency legislation and national and international commitments.

Inadequate insulation and air leakage are leading causes of energy waste in most homes. Besides wasting energy these leakages are the cause of the uncomfortable hot or cold drafts.

By insulating a building or home , you :-
a. Save money (upto 40% of your AC power bill) and the nation\'s limited energy resources

b. Maintain a uniform, comfortable temperature throughout your interiors , throughout the year.

RIBBS are Insulating concrete form or insulated concrete form (ICF) from Reliable Insupacks (P) Ltd.intoducing this unique concrete formwork to India.This is a system of formwork for reinforced concrete usually made with a rigid thermal insulation, made of self extinguishing EPS (Expanded Polystyrene) that stays in place as a permanent interior and exterior substrate for walls, floors, and roofs. The forms are interlocking modular units that are dry-stacked (without mortar) and filled with concrete. The units lock together somewhat like giant Lego bricks and create a form for the structural walls or floors of a building. ICF construction has become commonplace for both low rise commercial and high performance residential construction as more stringent energy efficiency and natural disaster resistant building codes are adopted.

Over the last two decades, ICFs have become the most preferred construction material for green buildings in many countries with extreme weather conditions due to their -
reduced construction time,
compatibility with any inside or outside surface finish,
strength,
mold & pest resistance,
noise reduction,
reduced dust & dirt infiltration,
and
significant and continuing energy savings

In most countries worldwide the building bye laws require a certain thermal insulation value to be met for different building elements like Roof, Walls etc. This is achieved by adding a layer of thermal insulating material like EPS or XPS to the building element. This improves the comfort level of the residents and also reduces electrical power consumption in air conditioning / cooling very substantially.
BENEFITS OF THERMAL INSULATION:
1. If an insulating material layer of only 50mm (insulation value is 24 times that of brick bat coba or 30 times that of equivalent thickness mud phaska) is added to the roof then the insulation value of the total roof may go up by over 5 times. This increase in insulation value :
a. Minimizes heat loss from the interior in winter months, and
b. Minimizes heat gain from outside in the summer months
This will substantially improve resident comfort level and reduce air conditioning requirements thus lowering the capacity (tonnage) of airconditioner required as well as the operating power and maintenance costs. Insulation is the single most cost-effective way to improve energy efficiency based on cost comparison per square foot. This is a totally passive system with no operation cost over the life of the building. Governments are recognizing this with new energy efficiency legislation and national and international commitments.
Inadequate insulation and air leakage are leading causes of energy waste in most homes. Besides wasting energy these leakages are the cause of the uncomfortable hot or cold drafts.
By insulating a building or home , you :-
a. Save money (upto 40% of your AC power bill) and the nation\'s limited energy resources
b. Maintain a uniform, comfortable temperature throughout your interiors , throughout the year.

Building insulation means creating a resistance to the flow of heat from the warmer side to the colder side of the insulated building roof or walls.In most countries worldwide the building bye laws require a certain thermal insulation value to be met for different building elements like Roof, Walls etc. This is achieved by adding a layer of thermal insulating material like EPS or XPS to the building element. This improves the comfort level of the residents and also reduces electrical power consumption in air conditioning / cooling very substantially. BENEFITS OF THERMAL INSULATION:1. If an insulating material layer of only 50mm (insulation value is 24 times that of brick bat coba or 30 times that of equivalent thickness mud phaska) is added to the roof then the insulation value of the total roof may go up by over 5 times. This increase in insulation value : a. Minimizes heat loss from the interior in winter months, and b. Minimizes heat gain from outside in the summer monthsThis will substantially improve resident comfort level and reduce air conditioning requirements thus lowering the capacity (tonnage) of airconditioner required as well as the operating power and maintenance costs. Insulation is the single most cost-effective way to improve energy efficiency based on cost comparison per square foot. This is a totally passive system with no operation cost over the life of the building. Governments are recognizing this with new energy efficiency legislation and national and international commitments.Inadequate insulation and air leakage are leading causes of energy waste in most homes. Besides wasting energy these leakages are the cause of the uncomfortable hot or cold drafts.By insulating a building or home , you :- a. Save money (upto 40% of your AC power bill) and the nation's limited energy resources b. Maintain a uniform, comfortable temperature throughout your interiors , throughout the year.

At Reliable Insupacks, you can get high quality roof insulation services. We are a team of experts, having expertise in the EPS based molded, and have mastered in offering effective roof insulation services to clients. As a reputed roof insulation service manufacturer, we strive for offering customized solutions to meet individual needs at affordable prices. Our roof insulation service has been designed in a way that is environment friendly and ensuring the safety. When you opt for our installation of insulations in your home, you will have the opportunity to have comforts and long term financial benefits.

Most products can be shipped using 1.5 to 2\" thick EPS. For best protection, use a molded container of Fire Resistant grade. Taking care of empty spaces in packed containers to minimize heat loss - Fill void or empy space with bubble wrap, newspapers, etc. This reduces the chance of heat pockets forming in empty air channels surrounding a product. It also provides additional protection from movement within the shipping container during transit.Select a temperature indicator, if needed. Pre condition refrigerants, as required. Position your product, refrigerants, and indicator (if needed) inside the cold chain packaging container. Close and tape shut the container. Label the top of the box to ensure that it is shipped upright. Shipping requirements : Cool/Chilled Shipments [+5C]Use refrigerated or frozen refrigerants.When there is a risk of freezing a refrigerated product (very cold ambient temperature), non-frozen refrigerants may be sandwiched between frozen refrigerants and the product to prevent freezing. Frozen Shipments [0C to -20C]Use frozen refrigerants . Frozen Shipments for Long Durations or for < -20C, Dry ice is recommended for transporting frozen products for durations of 2 or more days. Please note that your product must be secured within the container since dry ice gets smaller as it sublimates (goes from solid to gas).Use only molded containers of correct dimensions. Contact our experienced team for assistance in this decision making process.

We are one of the leading manufacture of a wide range of Industrial custom designed, molded Packaging that includes - molded cushions designed for shock absorption at customer specified drop heights, composite packaging assemblies where other materials are combined to provide a total packaging solution and display packing boxes which in combination with duplex board boxes at customer end showcases the packaged product besides providing shock absorption and complete protection to a high value packed product during transportation and handling We have a team of professionals who use the shock absorbing characteristic of EPS and computer aided designing tools to design products for meeting specified drop heights and vibration loads . Our team can also provide 3D mock ups of the cushion to enable product visualization at customer end.Our design team has been at the forefront of developing packaging for almost impossible to export products (very high breakage or rejection rates) like art and metal ware mirrors or sensitive glass brass chandeliers which could be exported for Fedex delivery distribution only because of suitable packaging design developed by our design team. Another major customer difficulty we address is that of fast mold development. These packaging items being custom built are not available off the shelf. Focus on packaging at the last moment and the normal mold (made out of aluminum alloy casting) development time being 4 to 6 weeks, it becomes extremely difficult for customers to meet their deadlines. Our engineers have developed and systematized some challenges of mold making whereby they can provide our hard pressed customers with products within 1 to 2 weeks. We offer a wide range of Packaging for Home Appliances to suit various shapes and sizes of a variety of appliances such as juicer-mixer-grinder, OTG, microwaves, washing machines, geysers, etc. Our range is made of superior quality raw materials, sourced from certified vendors. Our clients acknowledge their high durability, long lasting performance and low maintenance.

CUSTOM MADE MOLDED & ASSEMBLED COMPOSITE PACKAGING COMPONENTS:
Our expert solutions for complex design requirements Above image is of a washing machine bottom cushion assembly, which is also used as a palette on the assembly conveyor at customer end. This is a good example of a composite packaging cushion wherein three different product components with different physical properties, namely Corrugation (Good tensile strength + abrasion resistance), EPS Cushion (Good compressive strength and shock absorption) and a PP guide saddle (good tensile strength+abrasion resistance) are brought together to provide a total packaging solution required for the final product by an industrial manufacturer.

Building insulation means creating a resistance to the flow of heat from the warmer side to the colder side of the insulated building roof or walls.In most countries worldwide the building bye laws require a certain thermal insulation value to be met for different building elements like Roof, Walls etc. This is achieved by adding a layer of thermal insulating material like EPS or XPS to the building element. This improves the comfort level of the residents and also reduces electrical power consumption in air conditioning / cooling very substantially. BENEFITS OF THERMAL INSULATION:1. If an insulating material layer of only 50mm (insulation value is 24 times that of brick bat coba or 30 times that of equivalent thickness mud phaska) is added to the roof then the insulation value of the total roof may go up by over 5 times. This increase in insulation value : a. Minimizes heat loss from the interior in winter months, and b. Minimizes heat gain from outside in the summer monthsThis will substantially improve resident comfort level and reduce air conditioning requirements thus lowering the capacity (tonnage) of air conditioner required as well as the operating power and maintenance costs. Insulation is the single most cost-effective way to improve energy efficiency based on cost comparison per square foot. This is a totally passive system with no operation cost over the life of the building. Governments are recognizing this with new energy efficiency legislation and national and international commitments.Inadequate insulation and air leakage are leading causes of energy waste in most homes. Besides wasting energy these leakages are the cause of the uncomfortable hot or cold drafts.By insulating a building or home , you :- a. Save money (upto 40% of your AC power bill) and the nation\'s limited energy resources b. Maintain a uniform, comfortable temperature throughout your interiors , throughout the year.

Building insulation means creating a resistance to the flow of heat from the warmer side to the colder side of the insulated building roof or walls.
In most countries worldwide the building bye laws require a certain thermal insulation value to be met for different building elements like Roof, Walls etc. This is achieved by adding a layer of thermal insulating material like EPS or XPS to the building element. This improves the comfort level of the residents and also reduces electrical power consumption in air conditioning / cooling very substantially.
BENEFITS OF THERMAL INSULATION:
1. If an insulating material layer of only 50mm (insulation value is 24 times that of brick bat coba or 30 times that of equivalent thickness mud phaska) is added to the roof then the insulation value of the total roof may go up by over 5 times. This increase in insulation value :
a. Minimizes heat loss from the interior in winter months, and
b. Minimizes heat gain from outside in the summer months
This will substantially improve resident comfort level and reduce air conditioning requirements thus lowering the capacity (tonnage) of air conditioner required as well as the operating power and maintenance costs. Insulation is the single most cost-effective way to improve energy efficiency based on cost comparison per square foot. This is a totally passive system with no operation cost over the life of the building. Governments are recognizing this with new energy efficiency legislation and national and international commitments.
Inadequate insulation and air leakage are leading causes of energy waste in most homes. Besides wasting energy these leakages are the cause of the uncomfortable hot or cold drafts.
By insulating a building or home , you :-
a. Save money (up to 40% of your AC power bill) and the nation\'s limited energy resources
b. Maintain a uniform, comfortable temperature throughout your interiors , throughout the year.