Slit (also known as Slot Drains) drains combine a storm water collection system with the carrier pipe. They provide an effective, discreet, and aesthetically appealing method of drainage. These drains incorporate a 20 mm wide slit/slot at the top through which the water drains.The slit is diverging in shape which discourages silt from clogging the drain. The water collected is...

Manufacturing process of Slit Drains Step 1. Steel cage is prepared with 8 MM TMT Bars Step 2. Prepare Concrete Mixture in M30 grade. Step 3. Steel Cage is inserted in moulds Step 4. Assembling of Moulds Step 5. Filling moulds with concrete mixture Step 6. Settling mixture in moulds with the help of Vibration compaction method using FRP for...

Slit (also known as Slot Drains) drains combine a storm water collection system with the carrier pipe. They provide an effective, discreet, and aesthetically appealing method of drainage. These drains incorporate a 20 mm wide slit/slot at the top through which the water drains.The slit is diverging in shape which discourages silt from clogging the drain. The water collected is...

Precast concrete U drains allow for speedier construction of channels with minimum wet cast concrete work. We manufactures a full range of U shaped drains. These drains range in widths from 200 mm to 855 mm. They are produced in strict factory controlled conditions that ensure high quality. Besides storm water drainage, these types of drains are also used to...

Manufacturing Process of U Drains Step 1. Steel cage is prepared with 8 MM TMT Bars Step 2. Prepare Concrete Mixture in M30 grade. Step 3. Steel Cage is inserted in moulds Step 4. Assembling of Moulds Step 5. Filling moulds with concrete mixture Step 6. Settling mixture in moulds with the help of Vibration compaction method using FRP for...

Manufacturing Process of Saucer Drain Step 1. Prepare Concrete Mixture in M30 grade. Step 2. Assembling of Moulds Step 3. Filling moulds with concrete mixture Step 4. Settling mixture in moulds with the help of Vibration compaction method using FRP for impeccable finish. Step 5. Demoulding Step 6. Curing Process: First concrete mixture is prepared in M30 grade. Mixing water...

Who uses concrete bollards? Our concrete bollards are frequently purchased by local, state, and federal government agencies, fast food restaurants, malls and shopping centres, schools, airports, parks and recreation departments, residential complexes, and many others including customers purchasing individual bollards to beautify their homes, patios, and gardens. Advantages of concrete bollards? Our concrete bollards offer maximum durability and minimum maintenance....

Manufacturing Process of Safety Bollards Step 1. Steel cage is prepared with 8 MM TMT Bars Step 2. Prepare Concrete Mixture in M30 grade. Step 3. Steel Cage is inserted in moulds Step 4. Assembling of Moulds Step 5. Filling moulds with concrete mixture Step 6. Settling mixture in moulds with the help of Vibration compaction method using FRP for...