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Sahara Industries pioneers eco-friendly AAC Blocks crafted with advanced European technology. Our modern, lightweight, and energy-efficient materials empower builders to create sustainable structures — faster, safer, and smarter.
Eco-Friendly Product
Up to 6-Hour Fire Resistance
Lightweight & Durable Design
Earthquake-Resistant Structure
Sahara AAC Blocks are designed for builders who value performance and sustainability. From thermal insulation to seismic safety — our blocks deliver superior results aclose every aspect of modern construction.
Provides up to 6 hours of fire protection, ensuring maximum safety.
Reduces heating and cooling costs by maintaining indoor comfort naturally.
Offers superior soundproofing, ideal for homes, offices, and hotels.
Made using sustainable materials that reduce environmental impact.
Dense structure minimizes water absorption and prevents dampness.
Lightweight structure reduces seismic load for safer, stronger buildings.
Use our quick AAC Block Calculator to find out exactly how many blocks your project needs — fast, simple, and accurate.
At Sahara Industries, we combine technology and sustainability to produce premium AAC Blocks and eco-friendly materials that empower smarter, greener construction across Nepal and beyond.
State-of-the-art manufacturing facility
Our mission is to revolutionize the construction industry with advanced AAC technology, offering high-quality, lightweight, and thermally efficient materials that reduce cost and environmental impact while enhancing strength and durability.
3–4.5 N/mm² compressive strength (dry) ensures superior durability.
Up to 6-hour fire resistance for enhanced safety.
Lightweight design reduces structural load by up to 40%.
Thermal insulation cuts energy use by up to 30%.
Sound insulation up to 42 dB for quieter spaces.
Made from eco-friendly materials — fully recyclable and sustainable.
Lower compressive strength (2.5–3.5 N/mm²) makes it less durable.
Only 2-hour fire resistance under similar conditions.
Heavier weight increases structural load and project cost.
Poor thermal insulation leads to higher energy bills.
Limited soundproofing performance.
Consumes fertile soil and emits high carbon during manufacturing.