• Thickness100 mm

All components are reinforced suitably for long use and to prevent damage during handling, transportation, and erection. All parts are joined together with galvanized nuts & bolts of suitable size and all bolts are sealed after assembly. Bench top and back planks are treated with special anti-corrosive, water proof coating so as to make surfaces glossy and water proof. All components are manufactured by using M-30 grade of Concrete using vibro compaction process.

• Height950 mm
• diameter150 mm

The bollard is reinforced with 4 Nos 8 mm dia 950 mm long tor steel bars, 4 Nos 12 mm dia 450 mm long tor steel bars, & 4 Nos 4 mm dia stirrups at 150mm cc. The bollard is manufactured with cement concrete of M-30 grade by vibro compaction method using FRPsteel moulds, so as to achieve shuttering finish.

• Height1500mm
• Length1000mm
• Thickness65mm

Manufactured with M-30 grade of concrete using vibro-compaction process using jointless FRP moulds so as to achieve shuttering finish. Suitably reinforced to promote long use and to prevent damage during handling, transportation & erection.

• Thickness100 mm

All components are reinforced suitably for long use and to prevent damage during handling, transportation, and erection. All parts are joined together with galvanized nuts & bolts of suitable size and all bolts are sealed after assembly. Bench top and back planks are treated with special anti-corrosive, water proof coating so as to make surfaces glossy and water proof. All components are manufactured by using M-30 grade of Concrete using vibro compaction process.

• Height950 mm
• diameter150 mm

The bollard is reinforced with 4 Nos 8 mm dia 950 mm long tor steel bars, 4 Nos 12 mm dia 450 mm long tor steel bars, & 4 Nos 4 mm dia stirrups at 150mm cc. The bollard is manufactured with cement concrete of M-30 grade by vibro compaction method using FRPsteel moulds, so as to achieve shuttering finish.

• Height1500mm
• Length1000mm
• Thickness65mm

Manufactured with M-30 grade of concrete using vibro-compaction process using jointless FRP moulds so as to achieve shuttering finish. Suitably reinforced to promote long use and to prevent damage during handling, transportation & erection.