All material has some inherent pros & cons. Since one of the main issues in buildings maybe effervescence resulting I spoiling the visual appeal ut is highly advisable to use cement/aac blocks in substructure & red bricks in superstructure with proper curing. Best to take professional advice relevant to your site

It's important to also think about the functionality of the trim and moulding you choose. For example, baseboards and chair rails can protect walls from scuffs and damage, while crown molding can visually increase a room's ceiling height. Balancing your budget with quality is another important consideration.

Exploring Different Types of Exterior Wall Finishes Stucco: The Classic Choice. ...
Brick Veneer: Timeless Elegance. ...
Wood Siding: Natural Warmth and Charm. ...
Vinyl Siding: Affordable and Low-Maintenance. ...
Fiber Cement Siding: Durability and Versatility. ...
Stone Veneer: Luxurious and Sophisticated.

To stop seepage from a roof, prioritize identifying and repairing leaks, implementing proactive waterproofing measures, and ensuring proper maintenance. This includes inspecting for damage, sealing joints and cracks, using waterproof coatings, and addressing issues with gutters and ventilation.

Sunken slabs are better for areas that require effective water drainage, such as bathrooms or outdoor spaces. In contrast, normal slabs are simpler and more cost-effective, suitable for standard flooring applications where level surfaces are required without additional drainage needs.

Mivan construction is a modern building method that utilizes aluminum formwork to cast concrete structures, including walls, slabs, and staircases, in one pour. It's a faster and more efficient alternative to traditional brick and mortar construction. Mivan, short for "Aluminum Formwork System," uses reusable aluminum panels to create the mold for the concrete, allowing for precision and speed in construction

Yes, a plinth beam is generally necessary for most building constructions. It's a reinforced concrete beam built at or above ground level, serving as a crucial structural component that supports the walls and helps distribute the building's weight evenly onto the foundation