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    Different Types of Mortar
    1May, 2024
    Understanding the Different Types of Mortar: Characteristics, Applications, and More

    Here are several types of mortar, each with its own characteristics and applications:

    Cement Mortar:

    Composition: Consists of cement, sand, and water.

    Characteristics: Strong and durable, good for load-bearing walls and structures.

    Applications: Used in masonry work, such as bricklaying and stone masonry.

    Lime Mortar:

    Composition: Made from lime, sand, and water.

    Characteristics: Flexible, allows for slight movement in structures without cracking.

    Applications: Historic preservation, restoration work, and for buildings where movement is expected.

    Mud Mortar:

    Composition: Comprises clay, water, and sometimes straw or other organic materials.

    Characteristics: Easy to work with, traditionally used in earthen construction.

    Applications: Eco-friendly construction, adobe buildings, and cob structures.

    Mortar with Additives:

    Composition: Contains additives like polymers, latex, or accelerators.

    Characteristics: Enhanced properties such as increased strength, water resistance, or faster curing times.

    Applications: Swimming pools, exterior walls, areas prone to moisture or harsh weather.

    Fireproof Mortar:

    Composition: Made with fire-resistant materials like refractory cement, silica sand, and fireclay.

    Characteristics: Resistant to high temperatures, used in fireplaces, chimneys, and kilns.

    Applications: Fireplaces, ovens, furnaces, and any structures exposed to high heat.

    Mortar for Pointing:

    Composition: Typically a mix of cement, sand, and lime.

    Characteristics: Specifically designed for filling gaps between bricks or stones (pointing joints).

    Applications: Repairing mortar joints, enhancing aesthetics, and improving structural integrity.

    Choosing the right type of mortar depends on factors such as the type of construction, environmental conditions, and desired properties like strength, flexibility, or fire resistance.

    Ghar Banwao is a Construction company in Lucknow, providing one one-stop Solution in Architect, Construction with Material, and Interior design.

    Final Word

    I hope this article contains all the answers to The Art and Science of Concrete Curing: Time, Techniques, and Best Practices, answered in simple words, step by step. If you liked the article, check out our site for more such content.

    What Is TMT Bar And What Are Its Benefits
    20Mar, 2024
    What Is TMT Bar? And What Are Its Benefits
    What Is TMT Bar And What Are Its Benefits

    In the realm of construction, TMT bars stand as a crucial component, often referred to as the backbone of reinforced concrete structures. TMT, or Thermo-Mechanically Treated, bars are reinforcement steel extensively used in construction projects worldwide. This comprehensive guide aims to delve into the intricacies of TMT bars, elucidating their composition, manufacturing process, and the myriad benefits they offer to construction endeavors.

    1. Composition of TMT Bars:

    TMT bars are primarily composed of carbon, manganese, sulfur, phosphorus, and other alloying elements such as chromium, copper, and nickel. The precise composition may vary based on the desired mechanical properties and application requirements. The homogeneous distribution of these elements ensures enhanced strength, ductility, and weldability, making TMT bars a preferred choice for construction purposes.

    2. Manufacturing Process:

    The manufacturing process of TMT bars involves a series of meticulously controlled steps to impart superior mechanical properties. This process typically comprises the following stages:

    i. Iron Ore Mining: The journey of TMT bars begins with the extraction of iron ore from mines, which serves as the primary raw material for steel production.

    ii. Iron Making: The extracted iron ore undergoes smelting in blast furnaces, where it is reduced to molten iron, also known as pig iron.

    iii. Steel Making: The pig iron is then refined in steelmaking furnaces through processes like oxygen blowing or electric arc furnaces to achieve the desired composition and purity.

    iv. Continuous Casting: The molten steel is cast into billets or blooms using continuous casting machines, ensuring uniformity and precise dimensions.

    v. Thermo-Mechanical Treatment: The billets or blooms are subsequently subjected to a series of controlled heating and cooling cycles, known as thermo-mechanical treatment. This process imparts superior mechanical properties to the bars, including high tensile strength, ductility, and weldability.

    3. Benefits of TMT Bars:

    i. High Strength: TMT bars exhibit exceptional tensile strength, making them capable of withstanding heavy loads and adverse environmental conditions. This attribute enhances the structural integrity and longevity of reinforced concrete structures.

    ii. Superior Ductility: The thermo-mechanical treatment imparts excellent ductility to TMT bars, allowing them to deform plastically under stress without undergoing brittle failure. This property is crucial for absorbing energy during seismic events, thereby minimizing structural damage.

    iii. Corrosion Resistance: TMT bars are inherently resistant to corrosion due to the presence of alloying elements like chromium and copper. This corrosion resistance significantly extends the service life of reinforced concrete structures, particularly in coastal areas or environments prone to chemical exposure.

    iv. Weldability: TMT bars possess excellent weldability, enabling easy and secure connections between structural elements. This attribute facilitates efficient construction processes and ensures structural integrity at joints and intersections.

    v. Fire Resistance: TMT bars exhibit remarkable resistance to high temperatures, thereby mitigating the risk of structural failure during fire incidents. This inherent fire resistance enhances the safety and reliability of buildings and infrastructure projects.

    vi. Cost-effectiveness: Despite their superior properties, TMT bars offer cost-effective solutions for construction projects due to their high strength-to-weight ratio and long-term durability. The reduced maintenance requirements and extended service life further contribute to overall cost savings over the project lifecycle.

    Conclusion:

    In essence, TMT bars represent a pinnacle of innovation in the field of construction materials, combining advanced metallurgical techniques with superior mechanical properties. Their high strength, ductility, corrosion resistance, and other inherent benefits make them indispensable for modern construction projects ranging from residential buildings to skyscrapers and infrastructure. As the construction industry continues to evolve, TMT bars are poised to remain at the forefront, shaping the built environment for generations to come.

    Ghar Banwao is a Construction company in Lucknow, providing one one-stop Solution in Architect, Construction with Material, and Interior design.

    Final Word

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    The Key Differences Between Beams and Columns
    28Feb, 2024
    The Key Differences Between Beams and Columns

    Beam and Columns differ in their uses. Columns transfer loads vertically into a foundation whilst beams transfer loads horizontally into columns.

    Beams:

    Horizontal Load Bearing Elements: Beams are horizontal structural members that primarily resist bending loads applied along their length.

    Support for Slabs and Floors: In structures and bridges, beams are often utilized to support the weight of slabs, floors, or roofs.

    Types of Beams: There are various types of beams, including supported beams, cantilever beams, continuous beams, and more, each designed to accommodate different structural requirements.

    Material Usage: Beams can be made of various materials such as steel, reinforced concrete, wood, or composite materials, depending on factors like span, load, and aesthetic preferences.

    Design Considerations: The design of beams involves considerations such as span length, load distribution, moment of inertia, and deflection limits to ensure structural stability and safety.

    Columns:

    Vertical Load Bearing Elements: Columns are vertical structural members designed to support axial compressive loads, typically transferred from beams or slabs to the foundation.

    Support for Vertical Loads: Columns bear the weight of the structure above them and transmit it to the foundation, distributing the load evenly to prevent structural failure.

    Types of Columns: Columns come in various shapes and forms, such as square, rectangular, circular, or even custom-designed shapes based on architectural and structural requirements.

    Material Usage: Similar to beams, columns can be constructed from materials like steel, reinforced concrete, masonry, or composite materials, chosen based on factors like load capacity, height, and architectural considerations.

    Design Considerations: Column design involves factors such as axial load capacity, slenderness ratio, buckling considerations, and connection details to ensure structural stability and integrity under various loading conditions.

    Key Differences:

    Orientation: Beams are horizontal members, while columns are vertical members.

    Load Types: Columns generally withstand axial compressive loads, whereas beams primarily resist bending stresses.

    Function: Beams support the weight of floors, slabs, or roofs, while columns transfer loads from these horizontal elements to the foundation.

    Design Focus: Beam design focuses on bending moment and deflection, while column design focuses on axial load capacity and buckling resistance.

    Also Read:- What is Plinth Beam: Know all about Plinth Beam

    In a comprehensive blog post, you could delve deeper into each point, providing examples, illustrations, and real-world applications to enhance understanding.

    Ghar Banwao is a Construction company in Lucknow, providing one one-stop Solution in Architect, Construction with Material, and Interior design.

    Final Word

    I hope this article contains all the answers to The Key Differences Between Beams and Columns, answered in simple words, step by step. If you liked the article, check out our site for more content.

    How to Check the Cement Quality
    14Feb, 2024
    How to Check the Cement Quality
    How to Check the Cement Quality

    Checking cement quality is crucial to ensure the structural integrity of any construction project. In this comprehensive guide, we’ll delve into various methods and parameters to assess cement quality effectively.

    Introduction

    • Importance of cement quality in construction.
    • Overview of the factors affecting cement quality.

    Chemical Composition Analysis

    • Understanding the chemical composition of cement.
    • Testing methods such as X-ray fluorescence (XRF) and X-ray diffraction (XRD).
    • Acceptable limits for major constituents like calcium oxide, silica, alumina, and iron oxide.

    Fineness Test

    • Significance of fineness in cement.
    • Testing methods include the Blaine air permeability test and sieve analysis.
    • Acceptable fineness limits as per standards.

    Consistency and Setting Time

    • Importance of consistency and setting time in cement.
    • Vicat apparatus test for consistency.
    • Initial and final setting time tests.
    • Standard requirements for consistency and setting time.

    Strength Tests

    • Compressive strength testing of cement mortar cubes.
    • Tensile strength testing using the Briquette test.
    • Flexural strength testing with the beam test.
    • Interpretation of strength test results.

    Soundness Test

    • Understanding the concept of soundness in cement.
    • Le Chatelier apparatus test for soundness.
    • Acceptable limits for expansion due to soundness.

    Heat of Hydration Test

    • Importance of heat of hydration in concrete.
    • Calorimetry method for measuring the heat of hydration.
    • You are interpreting heat of hydration results.

    Specific Gravity Test

    • Significance of specific gravity in cement.
    • Pycnometer method for specific gravity determination.
    • Acceptable limits for specific gravity.

    Chemical Tests

    • Sulphate content determination.
    • Loss on ignition (LOI) test.
    • Chloride content analysis.
    • Testing methods and acceptable limits for chemical constituents.

    Also Read:- 6 POP Ceiling Designs for Stylish Living Room

    Other Quality Checks

    • Color of cement.
    • Presence of lumps and foreign particles.
    • Setting time in various environmental conditions.
    • Consistency of cement paste.

    Conclusion

    • Emphasize the importance of detailed quality inspections for cement in construction projects.
    • Summarize key testing methods and parameters.
    • Highlight the role of standards and regulations in ensuring cement quality.

    By following these guidelines and conducting thorough quality checks, construction professionals can confidently select and utilize high-quality cement for their projects, ensuring structures’ safety and durability.

    Ghar Banwao is a Construction company in Lucknow, providing one one-stop Solution in Architect, Construction with Material, and Interior design.

    Final Word

    I hope this article contains all the answers to How to Check the Cement Quality, answered in simple words, step by step. If you liked the article, check out our site for more such content.

    benefits and challenges of 3D printing in construction
    6Feb, 2024
    The benefits and challenges of 3D printing in construction
    benefits and challenges of 3D printing in construction

    What is 3D printing in construction?

    benefits and challenges of 3D, or additive manufacturing, involves using specialized machines to create three-dimensional objects layer by layer from digital designs. This technology is used to construct architectural models, prototypes, building components, and entire structures. It offers advantages like cost-effectiveness, faster construction, design flexibility, and the ability to create complex geometries.

    There are some opportunities.

    Cost Savings-

    It can reduce material waste and labor costs by printing structures directly from digital models.

    Design Flexibility-

    Allows for intricate and customized designs that are difficult or impossible to achieve with traditional construction methods.

    Speed-

    Rapid construction process compared to conventional methods, enabling quicker project completion.

    Sustainability-

    Can utilize recycled materials and reduce transportation emissions by printing structures on-site.

    However, there are also challenges.

    Scale Limitations-

    Current technology is limited in the size of structures that can be printed, restricting its use for large-scale projects.

    Material Limitations-

    Limited range of printable materials compared to traditional construction materials, affecting structural integrity and durability.

    Regulatory Hurdles-

    Building codes and regulations often need to catch up to technological advancements, posing challenges for widespread adoption.

    Also Read:- Steps of Foundation for Home Construction

    Quality Control-

    Ensuring consistent quality and structural integrity of printed buildings remains a concern.

    Despite these challenges, ongoing research and development are addressing these issues, paving the way for wider adoption of 3D printing in the building industry.

    Ghar Banwao is a Construction company in Lucknow, providing one one-stop Solution in Architect, Construction with Material, and Interior design.

    Final Word

    I hope this article contains all the answers to The benefits and challenges of 3D printing in construction, answered in simple words, step by step. If you liked the article, check out our site for more such content.

    How to plan the layout of your warehouse
    23Jan, 2024
    How to plan the layout of your warehouse

    Inventory Analysis-

    Understand the types, sizes, and quantities of items to be stored. Categorize them based on demand and accessibility.

    Make a diagram of a warehouse-

    A perfect 2D design is the first step in creating an efficient warehouse layout, and you may prepare for this using design software or actual paper schematics.

    Workflow Optimization-

    Design the layout to facilitate a logical flow of goods from receiving to shipping. Minimize unnecessary movement and handling.

    Space Utilization-

    Maximize vertical and horizontal space. Utilize racking systems, mezzanines, and shelving efficiently.

    Flexibility–

    Plan for future growth and changes in inventory. Create a modular layout that can adapt to evolving business needs.

    Safety–

    Prioritize safety by ensuring clear pathways, emergency exits, and proper lighting. Implement safety protocols for equipment and personnel.

    Zoning-

    Group similar items together to streamline picking and stocking processes. Create distinct zones for different activities, like storage, packing, and shipping.

    Also Read:- Architects in lucknow | Top 10 best architect services in lucknow

    Technology Integration-

    Incorporate warehouse management systems (WMS) and technology for inventory tracking, order processing, and real-time monitoring.

    Loading and Unloading Areas-

    Design efficient spaces for receiving and shipping goods. Minimize congestion and streamline truck movements.

    Employee Ergonomics-

    Consider the comfort and efficiency of workers by designing workstations with ergonomic principles in mind.

    Regulatory Compliance-

    Ensure compliance with local building codes, fire safety regulations, and any industry-specific requirements.

    Traffic Flow-

    Optimize traffic patterns for forklifts and other equipment. Minimize cross-traffic and potential bottlenecks.

    Maintenance Accessibility-

    Design the layout to allow easy access for maintenance and repairs to equipment and infrastructure.

    Environmental Considerations-

    Evaluate the impact of the warehouse on the environment and implement sustainable practices where possible.

    Ghar Banwao is Construction company in Lucknow , providing one one-stop Solution in Architect, Construction with Material, and Interior design.

    Final Word
    I hope this article contains all the answers to the How to plan the layout of your warehouse, answered in simple words, step by step. If you liked the article, check out our site for more such content.

    What is Plinth Beam: Know all about Plinth Beam
    16Jan, 2024
    What is Plinth Beam: Know all about Plinth Beam

    A plinth beam is a reinforced concrete beam constructed at ground level to support and distribute the load of the superstructure. It serves as a structural element to prevent differential settlement and to connect the columns at the base of a building.

    Purpose: 

    Plinth beams are designed to provide lateral stability to the structure and distribute the load of the building evenly.

    Location: 

    Typically, plinth beams are constructed at the ground level, connecting all the columns of a building.

    Above Ground Level: 

    Unlike foundation beams, plinth beams are above ground level and serve as a connection between the foundation and the superstructure.

    Load Distribution: 

    They help distribute the load of the walls and columns evenly to prevent differential settlement.

    Prevents Soil Erosion: 

    Plinth beams also act as a barrier to prevent soil erosion and protect the foundation from the effects of water.

    Construction Materials: 

    Commonly made of reinforced concrete, plinth beams are designed to withstand the loads and stresses of the building.

    Width and Depth: 

    The dimensions of a plinth beam depend on the structural requirements and load-bearing capacity of the soil.

    Also Read:- Excavation tips for new home construction

    Connection with Columns: 

    Plinth beams are often connected to columns, creating a continuous load-bearing path around the building.

    Damp Proof Course (DPC): 

    Plinth beams are associated with the installation of a Damp Proof Course to prevent rising dampness in the walls.

    Construction Sequence: 

    Plinth beams are typically constructed after completing the foundation and before starting the construction of walls, providing a stable base for the superstructure.

    Understanding these points is crucial for engineers and builders to ensure the structural integrity and stability.

    Ghar Banwao is Construction company in Lucknow , providing one one-stop Solution in Architect, Construction with Material, and Interior design.

    Final Word

    I hope this article contains all the answers to the What is Plinth Beam: Know all about Plinth Beam, answered in simple words, step by step. If you liked the article, check out our site for more such content.
    build the basic structure of a house
    9Jan, 2024
    How to build the basic structure of a house

    Building the basic structure of a house involves several steps:

    Foundation: Start by excavating the site and pouring a concrete foundation. The foundation supports the entire structure and must be strong and level.

    Flooring System: Once the foundation is set, build the flooring system. This typically includes floor joists and subflooring made of plywood or oriented strand board (OSB).

    Walls: Construct the exterior and interior walls using framing materials such as wood or steel studs. Ensure that walls are plumb (vertical) and level.

    Roofing: After the walls are up, install the roof trusses or rafters. Add sheathing, underlayment, and roofing materials like shingles, tiles, or metal panels.

    Windows and Doors: Cut openings for windows and doors in the framed walls. Install window frames, glass panes, and exterior doors.

    Electrical and Plumbing: Before completing the interior, rough in electrical wiring and plumbing pipes. This includes outlets, switches, lights, and plumbing fixtures.

    Insulation: Install insulation in the walls, floors, and attic to regulate temperature and improve energy efficiency. Common types include fiberglass, foam, and cellulose insulation.

    Interior Finishes: Finish the interior walls with drywall, plaster, or other finishes. Install flooring materials such as hardwood, tile, carpet, or laminate.

    Exterior Finishes: Apply exterior finishes such as siding, brick, stucco, or stone veneer to protect the structure from the elements and enhance curb appeal.

    Utilities: Connect the house to water, sewer, electricity, and gas. Install HVAC systems for heating, ventilation, and air conditioning.

    Throughout the construction process, ensure compliance with local building codes and regulations. Working with experienced professionals or contractors is essential to ensure the structure’s safety and quality.

    Ghar Banwao is a Construction company in Lucknow, providing one one-stop Solution in Architect, Construction with Material, and Interior design.

    Final Word

    I hope this article contains all the answers to the How to build the basic structure of a house, answered in simple words, step by step. If you liked the article, check out our site for more such content.
    Complete Guide To Designing A Modular Kitchen In India
    7Nov, 2023
    Complete Guide To Designing A Modular Kitchen In India
    Complete Guide To Designing A Modular Kitchen In India

    Designing kitchens is not rocket science, but neither is it a piece of cake!

    Do you know what’s the best thing about an incredible modular kitchen?

    ✓ It is ergonomic – less physical discomfort.

    ✓ Provides freedom of arrangement – ​​all cabinets, accessories, and appliances are perfectly integrated.

    ✓ Eye-catching appearance – Everyone falls in love at first sight.

    ✓ And the biggest of all – it is completely comfortable, functional, and practical.

    Here is a complete guide that will give you the right direction and all the valuable insights on designing a modular kitchen in India.

    Why is modular kitchen design considered important?

    A modular kitchen plays a definite role in creating aesthetics and provides space according to your taste and requirements to take the interior of your home to the next level.

    Modular kitchens are unrivaled and score dazzlingly high above conventional joinery kitchens.

    This is because they are custom-made to your requirements, long-lasting, completely ergonomic, and affordable.

    Big or small, every modular kitchen design involves detailed planning, precise measurements, and the best manufacturing.

    It is important to invest your time in the planning phase because it is difficult to incorporate changes in the production phase.

    Guide to modular kitchens

    Whether you opt for a large or small modular kitchen, you will be greeted by a variety of designs, styles, materials, and many interesting features.

    However, these elements can be tempting!

    After modular kitchen designs offer improved work space, increased performance, massive storage space, and much more.

    The key is to make everything fit within your budget and meet the requirements.

    Confused where to start? Go ahead and start by deciding on the layout and style of your kitchen.

    1. Complete the layout

    For a perfect workflow and increased efficiency, it is necessary to work on the layout of the kitchen.

    Finish between a U-shaped, island, gallery or L-shaped modular kitchen design depending on the size of your kitchen.

    Team up with kitchen experts to make sure your kitchen follows the work triangle rule.

    This golden rule ensures that the distance between the stovetop, refrigerator, and sink is between 4 and 9 feet, and together they form the focal point of your kitchen.

    2. Plan the proposal

    It is entirely up to you whether you choose between a modern kitchen design or a classic design.

    Modern kitchens provide an urban look with an elegant, handleless and minimalist feel.

    Classic kitchens focus more on regenerating timeless and traditional designs that command respect and resonate perfectly with the interior of your home.

    Or turn to the professionals to help you deliver gorgeous kitchens to enhance your space.

    3. Sticking to a budget

    Sticking to a budget is one of the main concerns when planning your kitchen.

    It is not easy. But it can be achieved with smart design and professional help.

    It helps you stay on budget while working on alternatives without compromising on quality, aesthetics and functionality.

    3D visualization helps you work with any budget!

    How to ensure that the price of your modular kitchen falls within your budget?

    Deeper understanding of kitchen requirements and modular kitchen elements

    Cost-effective materials and cabinet finishes

    Carefully research backsplash, countertop and accessory ideas.

    Use 3D rendering and visualization for the perfect modular kitchen that’s entirely to your liking.

    4. Work on storage needs

    After the design and layout, it’s time to work on optimizing the storage.

    Analyze your storage requirements and explore the different options available in terms of drawers, base units, tall units or pantries.

    For everyday needs and necessities, open shelving will save you a lot of opening and closing doors.

    Above-ground modular kitchen cabinets help in better organization and elimination of clutter in the kitchen.

    Go to the pantry to store all your dry ingredients. Increase the height (vertically) of wall cabinets up to the ceiling to maximize storage space.

    5. Find the right materials

    Zeroing in on materials really takes a bit of work as it affects your overall budget planning.

    Choosing a low-quality material would reduce costs, but increase maintenance costs and negatively affect the life of the kitchen.

    Choose MDF, HDHMR, HDF or chipboard, which are resistant to moisture and temperature. The latest BWR plywood is even better than these.

    For countertops or backsplashes, work with different options like granite or quartz. See what suits you best?

    6. Appliances and accessories

    From bottle pull-out units, wicker baskets, cutlery organiser to space-saving corner units, sliding door systems and amazing internal sink systems, get your kitchen with a wide range of modular kitchen accessories.

    Integrated appliances save a lot of space and blend seamlessly with the design.

    Lack of space? No worries!

    ALSO READ:- Difference between Modular kitchen & Semi Modular Kitchen

    You can always opt for freestanding appliances that resonate and harmonize with any kitchen design style and make your kitchen look clutter-free and flawless.

    7. Choosing a theme and color

    Whether it’s a single color or a contrasting two-tone, the color scheme and theme influence the overall design of the modular kitchen.

    A careful and careful selection of color palettes will lift the overall mood of the kitchen space and turn it into a lively, cheerful, classy and elegant one.

    Colors define not only the wall. They are an important factor for worktops, floors, cabinets and islands.

    Choose wisely or get the professionals to help you.

    8. Lighting

    Just like other spaces in the home, the kitchen also needs sufficient and correct lighting.

    A well-lit kitchen area should be a priority from the planning stage to ensure proper lighting for cooking and preparation.

    Choose a style/type of lighting that blends with contemporary interior design and enhances the functionality of the space by making the kitchen the focal point of your home.

    You can also consider under-cabinet lighting to help overcome dark areas created by ceiling units.

    9. Ventilation

    Regardless of the type, size and layout of the kitchen, ventilation should never be ignored or taken lightly.

    Exhaust fans and chimneys are lifesavers, especially when it comes to Indian kitchens.

    Make sure that the ventilation systems are correctly and cleverly placed in the kitchen design.

    Door/window placement should also be analyzed to ensure cross-ventilation.

    10. Focus on safety

    Choose non-slip tiles that allow for easy clean-up in case of spills, breaks, or routine chores.

    Get the help of experienced and professional kitchen tile designers to choose the best ones for your kitchen and budget.

    Place your appliances closer to the cabinets and ensure that the distance from the hob and sink is maintained.

    11. 3D renderings

    Once you’re done planning, it’s time to move on to designing.

    3D visualization tools such as rendering, modeling, etc. help bring your kitchen plans to life and allow you to realistically see your kitchen before production begins.

    It is inevitable to team up with rendering experts to get a flawless, long-lasting and eye-catching modular kitchen design.

    12. Manufacturing and Installation

    Once you are satisfied with the plasters, you can continue with the production process of your kitchen.

    Kitchens are built to blueprints or renders that ensure precision, perfect engineering and flawless design.

    Rather than DIY, seeking professional installation help will ensure perfect equipment and longevity of the kitchen for years to come.

    Bottom Line

    Follow these simple steps to design your modular kitchen – big or small, modern or traditional, in a well-planned and systematic way.

    At TEL Kitchens, we plan, imagine, design and manufacture stylish and robust modular kitchen designs that will exceed your expectations and add value to your interiors too.

    Ghar Banwao is a Construction company in Lucknow , providing one one-stop Solution in Architect, Construction with Material, and Interior design.

    Final Word

    I hope this article contains all the answers to the complete Guide To Designing A Modular Kitchen In India, answered in simple words, step by step. If you liked the article, check out our site for more such content.
    6 POP Ceiling Designs for stylish Living Room
    31Oct, 2023
    6 POP Ceiling Designs for stylish Living Room

    POP (Plaster of Paris) is the most popular modern pop ceiling design because it gives your home a stylish and mesmerizing vibe. Furthermore, the modern simplistic pop style is inexpensive and straightforward to install. If you’ve decided to put POP designs on your living room ceiling, you’ve made the proper decision. This blog contains a variety of POP designs to help you decorate your area. Check it out. 

    1) Plus-Minus POP Design

    The era of all-white ceilings has gone. This is the era of using contrasting colors to enhance the charm of your ceiling. Construct a rectangular or square-shaped POP on the ceiling and add an equal (=) sign on each side for a plus-minus look. Keep the color of the rectangular POP light and the signs on it dark. The numerous color combinations you can consider are dark blue and yellow, peach and brown, grey and yellow, or violet and light pink. The color choice also depends on the other interior elements of your living room. Furthermore, not only ceilings, but you can also use this modern simple pop design on your living room walls. For additional enhancement, using an oval-shaped POP in the center of the rectangle can be icing on the cake.

    2) Coffered POP Design

    If you want your ceiling to look architectural, you can try the Coffered POP ceilling design. This living room POP interior design encapsulates a grid pattern. To enhance the look of the coffered POP design, you should use two color combinations, which means keeping the recesses light-colored and the protruding edges of the recesses dark. For instance, if your living room has a color-drenching effect (say, white), you can use a white shade for recesses and beige for its protruding edges. Make sure that your living room ceiling is 9-10 feet high so that the protruding edges don’t feel like they are on the top of your head. 

    Also Read: 7 Low-Cost Home Improvement Ideas

    3) POP Ceiling Designs with LED Lights                   

    A ceiling without LED lights may look dull and repulsive. You can pair your modern simple pop design hall with LED lights. There are plenty of POP design ideas with LED lights to illuminate your living room. 

    Recessed LED POP Design: This POP design is suitable for low ceilings. In this POP design, lights are fixed on both recessed and protruding edges. 

    Cove Lighting LED Design: This POP design is meant for compact or large living rooms. Cove lighting gives the impression of a false ceiling. 

    POP LED Design with Chandelier: The Chandelier is a thing of royalty and class. A simple POP design paired with a big chandelier can add personality to your living room. 

    Abstract POP LED design: This modern ceiling design has 2-3 rectangles overriding each other and is equipped with blue-colored LED lighting. 

    POP LED Design with Pendant Lights: This design is similar to the recessed LED POP design. The only difference is that the ceiling has pendant lights in the center. This is also a bedroom modern simple pop design. 

    4) Double-panelled POP Ceiling Design

    In this POP design, one POP rectangle has halogen lights, and the surrounding POP rectangle has edge lighting. You can use this pop design for your living room if you have a compact living room and want to make it lively. 

    5) POP Ceiling Design with Curved Edges

    Having a circle-shaped roof design in a rectangular or square living room can be a stunning idea too. Have a look at some of the POP ceiling designs with curved edges. 

    Round Ceiling Design: In this living room simple pop design, the recessed area has three circular POP designs equipped with LED lights. 

    Round Ceiling with Lights: Have you seen concentric circles? This POP design is similar to two concentric circles, except for the tangency point of the inner circle colliding with the tangency point of the outer circle. And the POPs have small LED panel lights all over them. 

    Gypsum Round Ceiling Designs: The gypsum pop design for the hall has circular sections fitted with green edge lights to give a galaxy-like look to your living room. 

    Maze-like POP Design: This maze-like POP design has a circular design with a recession in the center that is a fan spot, and there are path-like designs surrounding the circular POP. The whole design gives a maze-like look to the ceiling and is modern and trendy. You can add edge lights to the recessed areas on the ceiling. 

    Layered POP Ceiling Design: This pop design for the drawing room is a mixture of curved POP, circular POP, and wooden panels. The panels can be adjusted across the circular POP, and the outer curved POP can have LED panel lights. 

    6) A Blend of Wood and POP Ceiling

    In this ceiling design, you can have a wooden base on the ceiling covered by a rectangular POP design with a recession in the center. You can put the LED lights on the visible wooden base. If you want, you can also use this simple pop design for your bedroom.

    In Conclusion

    POP designs are the most commonly used interior decor idea for adding character to your living room. With plenty of POP designs flooding the industry, you can choose the modern simple pop design that fits your style or needs. It is recommended to seek professional help from an interior design company like gharbanwao. Gharbanwao will help you pick the best POP ceiling design for your living room and add your personal touch to it. Contact here.

    Ghar Banwao is Construction company in Lucknow , providing one one-stop Solution in Architect, Construction with Material, and Interior design.

    Final Word

    I hope this article contains all the answers to the, 6 POP Ceiling Designs for Elegant Living Room answered in simple words, step by step. If you liked the article, check out our site for more such content.