Concept Pools and Gardens

Hari Nagar, Delhi

Green Roof/ Roof Garden or a Terrace Garden is  a roof/terrace of a building partially can have all the features of a traditional garden ie - Grass, Plants, Planters, Pebbles, Hanging Baskets, Creepers, Pergola, Sitting Furnitures, Lighting, WPC Decking, Water Bodies Sculptures. 

The living roof should be water-proofed, connected to an appropriate irrigation and drainage system. Due to the number of benefits offered by green roofs, an increasing number of old and new buildings are installing them across the cities in India.

Individual Benefits

• Aesthetic improvement, Beautified spaces, increased property value and improved quality of life for the building occupants.
• Energy efficiency due to reduction in heating of the roofs during summer and excessive cooling during winters.
• Urban agriculture, community activities and easily accessible leisure and hobby area.
• Noise level reduction, improvement of air quality and increase in biodiversity and many more

A Pool in 10 Days

Hassle free Prefabricated Pool in your very own backyard, basement or terrace.

Advantages :

• Ease of installation
• Can be installed at sites with difficult access
• Suitable for all types of terrain.
• Installed and ready for swimming within 10 days.
• Easily landscaped or decked.

Think of the ever-increasing costs of watering your lawn and purchasing fuel for your lawn equipment. With achievable and realistic ROI on your installation, our landscape products allow you to eliminate those costs, which thankfully puts money back into your pocket on an ongoing basis.

You may even be entitled to receive money back from your local water authority. And while you save, youll also enjoy a stunning synthetic grass installation that maintains its aesthetic perfection year-round.

Benefits :

• Working space environment is greatly improved by plants. Employees report a positive feeling and satisfaction working with plants around.
• High oxygen giving plants, and air-purifying plants, improve the indoor air quality
• Nurturing and caring for indoor plants improves the ownership of work places and helps foster a healthier work culture.
• While all our happy places have plants and greenery, our living spaces don't. And hence it is only natural that indoor plants not only beautify a space, they also make it healthier, happier and more interesting space to live or work in. 

Benefits :

• Working space environment is greatly improved by plants. Employees report a positive feeling and satisfaction working with plants around.
• High oxygen giving plants, and air-purifying plants, improve the indoor air quality
• Nurturing and caring for indoor plants improves the ownership of work places and helps foster a healthier work culture.
• While all our happy places have plants and greenery, our living spaces don't. And hence it is only natural that indoor plants not only beautify a space, they also make it healthier, happier and more interesting space to live or work in. 

Through Polymer Dispersed Liquid Crystal, (PDLC) this smart Glass can instantaneously transform from transparent to opaque and vice-versa, by changing the alignment of liquid crystals with the flick of a switch.

When the power is switched on, an electric current passes through the glass aligning the liquid crystals, making the glass transparent. When the power is turned off, the liquid crystals randomly disperse, scattering the light that passes through, making the glass opaque.

Self-Leveling Epoxy Floors - Self-leveling epoxy is applied over new, old, cracked, or damaged concrete floors to create a smooth, seamless, durable, and low maintenance flooring surface. The self-leveling system is also available in a variety of colors.

FRP or fiber-reinforced polymer is a UV resistant sturdy material. FRP pot/ FRP planter is light weight, unbreakable and weather resistant to both extreme temperatures and rainfall. It does not deteriorate over time. 
Each pot is made as per the design requirements. Sizes, shapes and finishes are customized to give a unique look for each client.  Fibre-reinforced plastic is a composite material made of a polymer matrix reinforced with fibres. The fibres are normally glass, carbon or basalt. Each fibre brings in it characteristics based on the intended use of the final FRP planter. FRPs are commonly used in the aerospace, automotive, marine, and construction industries. They are commonly found in ballistic armor as well.

THE PROCESS OF MAKING FRP PLANTERS:

• Firstly based on the desired shape and wooden mould is made. The mould can be of hand- made FRP itself as well
• Each mould has a life of about 30 to 40 usage cycles after which a new mould is created to ensure good quality and finish
• Moulds made from the right technique and experience are vital to achieve a good quality end FRP planter
• The process is that of addition polymerization where in a composite plastic is made to enhance the strength and elasticity of plastics
• The two main ingredient are fibers and the matrix
• The fibre enhances the strength of the plastic, while, the matrix is the original plastic material
• With the right combination of fibre and matrix, right orientation and apt quality of the raw materials, desired combination is applied over the moulds.
• Mixture is then left to cool off and harden. Heat released during the cooling off process can weaken the strength of the FRP pot if not done correctly. During this process the de- moulding has to be done with the right technique ensuring the FRP planter does not – budge, deform or crack.
• Once de-moulded, the FRP planter needs to be polished and painted to achieve the desired finished look. Taking time, using the right tools, varnishes, paints and polishing – an impeccable hand-crafted FRP pot is made ready

FRP or fiber-reinforced polymer is a UV resistant sturdy material. FRP pot/ FRP planter is light weight, unbreakable and weather resistant to both extreme temperatures and rainfall. It does not deteriorate over time. 
Each pot is made as per the design requirements. Sizes, shapes and finishes are customized to give a unique look for each client.  Fibre-reinforced plastic is a composite material made of a polymer matrix reinforced with fibres. The fibres are normally glass, carbon or basalt. Each fibre brings in it characteristics based on the intended use of the final FRP planter. FRPs are commonly used in the aerospace, automotive, marine, and construction industries. They are commonly found in ballistic armor as well.

THE PROCESS OF MAKING FRP PLANTERS:

• Firstly based on the desired shape and wooden mould is made. The mould can be of hand- made FRP itself as well
• Each mould has a life of about 30 to 40 usage cycles after which a new mould is created to ensure good quality and finish
• Moulds made from the right technique and experience are vital to achieve a good quality end FRP planter
• The process is that of addition polymerization where in a composite plastic is made to enhance the strength and elasticity of plastics
• The two main ingredient are fibers and the matrix
• The fibre enhances the strength of the plastic, while, the matrix is the original plastic material
• With the right combination of fibre and matrix, right orientation and apt quality of the raw materials, desired combination is applied over the moulds.
• Mixture is then left to cool off and harden. Heat released during the cooling off process can weaken the strength of the FRP pot if not done correctly. During this process the de- moulding has to be done with the right technique ensuring the FRP planter does not – budge, deform or crack.
• Once de-moulded, the FRP planter needs to be polished and painted to achieve the desired finished look. Taking time, using the right tools, varnishes, paints and polishing – an impeccable hand-crafted FRP pot is made ready

FRP or fiber-reinforced polymer is a UV resistant sturdy material. FRP pot/ FRP planter is light weight, unbreakable and weather resistant to both extreme temperatures and rainfall. It does not deteriorate over time. 
Each pot is made as per the design requirements. Sizes, shapes and finishes are customized to give a unique look for each client.  Fibre-reinforced plastic is a composite material made of a polymer matrix reinforced with fibres. The fibres are normally glass, carbon or basalt. Each fibre brings in it characteristics based on the intended use of the final FRP planter. FRPs are commonly used in the aerospace, automotive, marine, and construction industries. They are commonly found in ballistic armor as well.

THE PROCESS OF MAKING FRP PLANTERS:

• Firstly based on the desired shape and wooden mould is made. The mould can be of hand- made FRP itself as well
• Each mould has a life of about 30 to 40 usage cycles after which a new mould is created to ensure good quality and finish
• Moulds made from the right technique and experience are vital to achieve a good quality end FRP planter
• The process is that of addition polymerization where in a composite plastic is made to enhance the strength and elasticity of plastics
• The two main ingredient are fibers and the matrix
• The fibre enhances the strength of the plastic, while, the matrix is the original plastic material
• With the right combination of fibre and matrix, right orientation and apt quality of the raw materials, desired combination is applied over the moulds.
• Mixture is then left to cool off and harden. Heat released during the cooling off process can weaken the strength of the FRP pot if not done correctly. During this process the de- moulding has to be done with the right technique ensuring the FRP planter does not – budge, deform or crack.
• Once de-moulded, the FRP planter needs to be polished and painted to achieve the desired finished look. Taking time, using the right tools, varnishes, paints and polishing – an impeccable hand-crafted FRP pot is made ready