To Get the Latest Updated Rate Please contact us on:
Mail Us:Sales@balajispunpipe.com|Contact Number:+919992906006
Visit Our Website on www.balajispunpipe.com

Or You can Follow us on LinkedIn

The post Attractive Interlocking Tile Range By Shri Balaji appeared first on Shri Balaji Spun Pipes.

Step 1. Prepare Concrete Mixture in M35 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 M35 grade. Mixing water in the cement, sand and stone will form a paste that will bind the material until the mixture hardens. Once the mixture is ready Mould are assembled and concrete mixture is fed into the moulds and settle the mixture properly with vibration table which is called vibration compaction method using FRP moulds for impeccable finish. After a while moulds are removed and after that submersed in the curing tank for 7 days

The post How we make Interlocking Tiles appeared first on Shri Balaji Spun Pipes.

Available Sizes:
300MM Dia Slit Drain
• Overall Size – 1000x415x415
• Drain Dia – 300mm
• Slit Width – 20mm

150MM Dia Slit Drain
• Overall Size – 1000x250x250
• Drain Dia – 150mm
• Slit Width – 20mm

FEATURES
• Manufactured with M – 30 grade of concrete by vibro compaction process
• Suitably reinforced for handling and to withstand light to extra heavy duty loads
• Provided with a tongue and groove joint to create a water tight joint between adjacent units (it is recommended to fill the groove with cement mortar)
• The drain should be installed on a properly compacted base

The post We offer variety of sizes in Slit Drain appeared first on Shri Balaji Spun Pipes.

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 impeccable finish.

Step 7. Demoulding

Step 8. Curing

Process:
First steel reinforcement cage is prepared with 8MM TMT Bars. After that concrete mixture is prepared in M30 grade. Mixing water in the cement, sand and stone will form a paste that will bind the material until the mixture hardens. Once the mixture is ready Mould are assembled and steel cage is inserted in moulds and concrete mixture is fed into the moulds and settle the mixture properly with vibration table which is called vibration compaction method using plastic moulds for impeccable finish. After a while moulds are removed from Slit Drains and after that submersed in the curing tank for 7 days

The post How we make Slit Drains appeared first on Shri Balaji Spun Pipes.

FEATURES
Manufactured with M – 30 grade of concrete by vibro compaction process
Suitably reinforced for handling and to withstand light to extra heavy-duty loads
Provided with a tongue and groove joint to create a water tight joint between adjacent units
The drain should be installed on a properly compacted base

The post All About Slit Drains appeared first on Shri Balaji Spun Pipes.

FEATURES
Manufactured with M – 30 grade of concrete by vibro compaction process
Suitably reinforced to promote long life
For Jointing, it is recommended to fill the joint between two adjacent drains with cement mortar
The drain should be laid on a properly compacted base
Heavier drains are provided with lifting nuts

Variety of Sizes of U Drains

The post We offer Variety of Sizes of U Drains appeared first on Shri Balaji Spun Pipes.

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 impeccable finish.

Step 7. Demoulding

Step 8. Curing

Process:
First steel reinforcement cage is prepared with 8MM TMT Bars. After that concrete mixture is prepared in M30 grade. Mixing water in the cement, sand and stone will form a paste that will bind the material until the mixture hardens. Once the mixture is ready Mould are assembled and steel cage is inserted in moulds and concrete mixture is fed into the moulds and settle the mixture properly with vibration table which is called vibration compaction method using plastic moulds for impeccable finish. After a while moulds are removed from U Drains and submersed in the curing tank for 7 days.

The post How we make U Drains appeared first on Shri Balaji Spun Pipes.

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 in the cement, sand and stone will form a paste that will bind the material until the mixture hardens. Once the mixture is ready Mould are assembled and concrete mixture is fed into the moulds and settle the mixture properly with vibration table which is called vibration compaction method using FRP moulds for impeccable finish. After a while moulds are removed and after that submersed in the curing tank for 7 days

The post How we make Saucer Drains appeared first on Shri Balaji Spun Pipes.

Advantages of concrete bollards?
Our concrete bollards offer maximum durability and minimum maintenance. The rugged steel reinforced construction makes them an ideal solution for outdoor use. Yet the gentle beauty, enhanced by a variety of color and texture options, offers versatility that will add aesthetic value to property indoors and out.

Our Concrete bollards, while often decorative can be used to direct and control many types of traffic while protecting pedestrians as well as public utilities and may provide a safety and security barrier for a given area. Precast Concrete bollards can be visually appealing enough to be used for landscaping and secure enough to provide perimeter control.

The post Why we need Precast Concrete Safety Bollards appeared first on Shri Balaji Spun Pipes.

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 impeccable finish.

Step 7. Demoulding

Step 8. Finish with Homogeneous layer of cement plaster 1:1 (Cement & Sand)

Step 9. Curing

Procee:
First steel reinforcement cage is prepared with 8MM TMT Bars. After that concrete mixture is prepared in M30 grade. Mixing water in the cement, sand and stone will form a paste that will bind the material until the mixture hardens. Once the mixture is ready Mould are assembled and steel cage is inserted in moulds and concrete mixture is fed into the moulds and settle the mixture properly with vibration table which is called vibration compaction method using plastic moulds for impeccable finish. After a while moulds are removed and Bollards are Finished with Homogeneous layer of cement plaster 1:1 (Cement & Sand) and after that submersed in the curing tank for 7 days

The post How we make Safety Bollard appeared first on Shri Balaji Spun Pipes.