Rawal Bolts represent premium mechanical expansion fasteners engineered for heavy-duty anchoring in hard base materials like concrete, brick, and stone. These robust anchors consist of a threaded bolt, expansion sleeve, and cone-shaped nut that work together to create a permanent, vibration-resistant fixing. Manufactured from high-grade materials including carbon steel, mild steel, and stainless steel (AISI 304/316), they offer tensile strength ranging from 400 to 800 MPa depending on material grade. Available with various finish options including zinc plating, yellow passivation, hot dip galvanization, and chrome plating, these bolts provide excellent corrosion resistance for diverse environmental conditions. Their operating temperature range of -20°C to +300°C ensures reliable performance across most industrial and construction applications.

These mechanical anchors serve critical roles across multiple industries where secure, permanent fixing is essential. In construction and civil...

Rawal Bolts represent premium mechanical expansion fasteners engineered for heavy-duty anchoring in hard base materials like concrete, brick, and stone. These robust anchors consist of a threaded bolt, expansion sleeve, and cone-shaped nut that work together to create a permanent, vibration-resistant fixing. Manufactured from high-grade materials including carbon steel, mild steel, and stainless steel (AISI 304/316), they offer tensile strength ranging from 400 to 800 MPa depending on material grade. Available with various finish options including zinc plating, yellow passivation, hot dip galvanization, and chrome plating, these bolts provide excellent corrosion resistance for diverse environmental conditions. Their operating temperature range of -20°C to +300°C ensures reliable performance across most industrial and construction applications.

These mechanical anchors serve critical roles across multiple industries where secure, permanent fixing is essential. In construction and civil engineering, they anchor structural components, steel frameworks, and foundation supports. Manufacturing and industrial facilities rely on them for mounting heavy machinery, equipment bases, and production line components. Infrastructure projects utilize Rawal Bolts for securing guard rails, bridge components, and tunnel supports. Electrical and mechanical contractors employ them for fixing cable trays, ductwork, and piping systems. Their versatility extends to commercial installations for mounting signage, lighting fixtures, and safety railings where firm, lasting support is required.

The business value of Rawal Bolts lies in their proven reliability and suitability for demanding applications. Their mechanical expansion design ensures high load-bearing capacity that prevents loosening under vibration or operational stress, reducing maintenance costs and safety risks. The availability of multiple material grades and finishes allows selection based on specific environmental conditions and corrosion resistance requirements. Easy installation using standard tools (drill machine, hammer, spanner) minimizes labor time and complexity. Their standardized diameter range from M6 to M20 provides flexibility for various load requirements while maintaining consistent quality. These anchors deliver long-term value through durable performance that maintains structural integrity over extended periods.

Key Features:
- Mechanical expansion design with threaded bolt, expansion sleeve, and cone-shaped nut for permanent fixing
- Available in carbon steel, mild steel, and stainless steel (AISI 304/316) material options
- Multiple finish types including zinc plated, yellow passivated, hot dip galvanized, and chrome plated
- Diameter range from M6 to M20 to accommodate various load requirements
- Operating temperature range of -20°C to +300°C for diverse environmental conditions

Benefits:
- Provides strong, vibration-resistant anchoring that maintains structural stability over time
- Corrosion-resistant finishes ensure durability in both indoor and outdoor applications
- High tensile strength (400-800 MPa) supports heavy loads in demanding installations
- Easy installation using standard tools reduces labor time and complexity
- Reliable performance across temperature variations ensures consistent holding power