Pre Engineering Building

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Pre Engineering Building Specification

Wall Materials
Steel Panels

Dimension (L*W*H)
Customizable as per requirements

Connection
Bolted Connection

Insulation
Optional

Window Material
Aluminum

Door Material
Steel

Life Span
50+ Years

Open Style
Clad with Roofing Sheets

Material
Steel Structure

Roof Material
Metal Sheets

Thickness Of Wall Panel
50mm

Door
Single Door

Window
Sliding Window

Window Style
Sliding

Floor Material
Concrete

Floor Load
250 kg/m

Roof Dead Load
20 kg/m

Roof Live Load
100 kg/m

Earthquake Intensity
Seismic Zone IV

Color
Blue

Use
Warehouse Factory

About Pre Engineering Building

We are a renowned trader and service provider of Pre Engineering Building that is designed by a team of skilled engineers as per construction standards by using heavy-duty structural members made up of premium-quality alloyed steel, cast iron, and many more. The construction members of this spacious unit are fixed together with the help of mechanical fasteners and permanent welds that gives high stability and rigidness to the structure to withstand extreme weather conditions. Pre Engineering Building availed by us is available can be used as warehouses, heavy-vehicle garages, and manufacturing plants.

Engineered for Strength and Safety

Each Pre Engineering Building is constructed with precise bolted connections and premium steel structure, ensuring enhanced stability even in earthquake-prone zones. The 50mm wall panels and reinforcement can endure harsh conditions while supporting a roof live load of 100 kg/m and a floor load of 250 kg/m.

Customizable to Suit Every Requirement

We offer full customization for length, width, and height, accommodating various warehouse or factory requirements. You can request insulation, specific window placement, and different door configurations to create a truly tailored facility.

Efficient and Modern Finishing Touches

Our structures feature sleek sliding aluminum windows and a bold blue steel door for aesthetics and functionality. The use of metal roof sheets and steel wall panels ensures lasting protection and minimal maintenance, while concrete flooring provides a solid foundation for heavy-duty operations.

FAQs of Pre Engineering Building:

Q: How is the steel structure constructed and assembled on-site?

A: The Pre Engineering Building uses a steel framework connected by bolted joints, which are precision-fabricated off-site. Upon delivery, components are assembled efficiently on-site using bolts, allowing for reliable structural integrity and quick installation.

Q: What are the benefits of using a pre-engineered building for warehouses or factories?

A: Pre Engineering Buildings offer cost efficiency, rapid installation, customizable design, and exceptional durability. They withstand seismic activity and heavy loads, making them ideal for industrial use, with minimal maintenance for over 50 years.

Q: When should insulation be considered for this building?

A: Insulation is optional and can be included during the design phase if temperature regulation or energy efficiency is a priority. It is often recommended for regions with extreme weather or to protect sensitive stored goods.

Q: Where can these buildings be set up across India?

A: Our pre-engineered buildings can be installed anywhere in India, as long as the site complies with standard ground preparation and local regulations. We customize the design for the specific seismic and climatic conditions of your location.

Q: What is the process for ordering and customizing the building?

A: The process begins with an assessment of your requirements, including size specifications, floor load, insulation needs, and door/window preferences. Once finalized, we fabricate the components, transport them to your site, and assemble the structure efficiently.

Q: How are the doors and windows designed for industrial use?

A: Each building is equipped with a single steel door and sliding aluminum windows, chosen for their durability, security, and ease of use. The sliding mechanism saves space and allows for effective ventilation and light.

Q: What maintenance is required to ensure a 50+ year lifespan?

A: Regular inspections for structural integrity, cleaning the metal surfaces, checking the bolted connections, and prompt attention to minor repairs will help maintain optimal condition. The robust construction significantly reduces ongoing maintenance demands.

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