Site clearance processes demolition waste. We crush concrete and sort scrap steel on-site to reduce hauling costs.
DISCUSS YOUR PROJECT →Constructing high-strength gravity compound walls using naturally shaped high-density hard rock stone blocks.
Stabilizing boundary wall bases with heavy concrete lean PCC footings and structural anchoring.
Configuring high-adhesion cement-mortar ratios specifically for heavy stone load structural stability.
Integrating systematic weep holes and gravel/rubble backfills to prevent hydrostatic pressure buildups.
On-site hammer chipping and dressing of raw rock blocks for clean packing joints and flush wall profiles.
Installing reinforced coping concrete bands and secure barbed wire/razor wire mounts on top of masonry.
Excavating compound boundary foundation trenches down to load-bearing soil strata levels.
Pouring structural lean concrete base PCC to create a stable, level masonry platform.
Hammer shaping and sorting hard rock blocks for interlocking mortar bed packing.
Laying stones in cement mortar, ensuring structural through-stones are placed at regular intervals.
Curing joints, applying flush or raised pointing, and pouring concrete coping caps for weather protection.
Noida Sector 62, UP
Gurugram, Haryana
Delhi NCR
Faridabad, Haryana
Greater Noida, UP
Moti Nagar, New Delhi
Ghaziabad, UP
Dwarka, New Delhi
RPC Infraprojects Pvt. Ltd. provides complete random rubble masonry and stone compound wall construction services across Greater Faridabad, Jaipur, Rohtak, Goa, Mumbai, Hyderabad, Bengaluru, Surat, Ahmedabad, Vadodara, Kanpur, Lucknow, Rewari, and nationwide. We coordinate site logistics via rpcinfraprojects.net.
Standard compound wall thickness ranges from 380mm (1.25 ft) to 450mm (1.5 ft) at the base, depending on height parameters and soil pressure requirements.
We integrate systematic PVC weep holes at regular intervals (typically 1-meter horizontal spacing) and pack gravel/rubble backfill behind the wall to route water out safely.
We source local high-durability hard rock blocks, such as granite, quartzite, hard sandstone, or basalt stone blocks, ensuring load-bearing and weather resistance standards.
