Bollards Services contact us: +919810599480

A Bollard service is used to create a protective or architectural. When bollards are installed in traffic and mark boundaries and Garden light. They are in available a wide variety of shapes and styles to accentuate or visually stand out in their settings. Mostly Bollards can also be used in constructed to physically block vehicle, protecting people and round the property. Today these security bollards are used in decorative elements or chosen to complement the landscape, but their primary consideration is resistance. The Bollards are made from almost any material, depending on their needed requirement, Today the most common bollards are made in metal, stone, cement, or plastic.

Building and landscape architecture

The visual quality of highly shows in buildings and landscapes. Choose the styles of range, including premium ornamental designs—made from iron or aluminum—to any historical or contemporary aesthetic. Bollards increase the landscape designs while increasing safety and walkability for any time of night. Mostly Bollards are used to after complementing new or old both building architecture. The bollards highly visual cues and enhance a sense of place for approaching visitors.

Traffic guidance

Industrial Products Company important visual cues for drivers. Mostly bollards are used to danger/sensitive environments for safe and responsible driving. Bollards used to an optimal height for driver visibility when maintaining clear sight lines and pedestrian flow when required. Mostly bollards used to traffic management devices. It is more sufficient including signage, road barriers, curbs, speed bumps and crosswalks. Bollards can use visual indicators around sensitive areas. It is used in building areas, utility boxes, parking attendant booths or pedestrian walkways and mostly around the hospital. When used in crowd urban areas, bollards divided bike lanes and pedestrian walkways to ensure safety for all transportation. Mostly in parking areas and restricted access roads, bollards can be installed to allow temporary or seasonal access.

Protection

Bollards used to clear, visible barriers to off-limit or sensitive areas and VIP buildings. Mostly Steel bollards securities posts are made from structural grade steel. Today bollards can be made in concrete to withstand highly vehicle collisions. The security bollards on their own as stand-alone posts. Today it’s used in decorative bollards and available in different-2 size and shape. Stand-alone security posts can be covered with cost-effective plastic sleeves to maximize visibility. Steel-pipe bollards are ideal in pedestrian areas—such as building entrances, transit hubs or parking-lot walkways because it is very strong without any maintenance. They are ideally used in vulnerable populations—senior citizens, young children or people with disabilities. Security posts also protect vulnerable building areas.

Specialized applications

Flexible bollards are designed to stand vehicles areas—bending up to 90 degrees without compromising their original shape or any position. The bollards are reduced to the minimal accident to vehicles, making them for ideal locations where collisions areas. Flexible bollards are easy to install with fixed or removable types.

Light bollards are mostly used for lighting open areas and pathways. The LED lighting heads powered entirely by solar cells. The energy management systems take into account available sunlight and maximize output at desired times.  Any range of color, distribution and scheduling patterns used in bollards.

Today Bike parking bollards used in the decorative standard and ornamental bollard designs. When also providing a means for easy bicycle storage. They can be equipped with removable mountings for seasonal accommodation.

 Quality materials

Bollards are available in a different range of iron, steel, aluminum and plastic materials. The standard steel and aluminum products are powder coated to lasting durability and improved visual quality. The stainless steel bollards offer resists rust and no paints require in corrosive environments.

Easy installation

A range of Bollards installation methods based on the product and site. The styles include embedding into new concrete and bolt-down flanges for new or existing concrete.

Competitive and convenient purchasing

Detailed price lists, including volume discounts, are available online. Visit our product category pages or individual item pages for price details. The formal quotes at each item for details and shipping costs to your location.

Type of bollards:

Maritime bollards

Traffic bollards

Illuminated bollards

Bell bollards

Removable bollards

Flexible bollards

Racing bollards

Bollard covers

Protective bollards

Bollard lights

Other Industrial Products Company:

·         Playgrounds

·         Trails/Trailheads

·         Roadways

·         Leisure Parks

·         Fire Access Lanes

·         Building Setbacks

·         Sports Field

·         Malls

·         Traffic Gates

·         Landscapes

·         Pathways

·         Site Utilities

·         Bus Debarkation

·         Toll Booth

·         Bicycle Lane

·         Traffic Medians

·         Site Perimeters

·         Intersections

·         Store Fronts

·         Building Hardening

·         Vehicle Parking

·         Site Access Control

·         Site Surveillance

·         Vehicle Pick-Up

Rebaring Technique in Reinforced Concrete System contact us: +919810599480

Industrial Products Company supplied all Rebaring system tools and services, we have authorized dealer. (Yogendra K. Singh Contact us: 9810599480)

Mostly All know that the concrete is well strong in compression. The rebars sytem is higly good, that  the best use to make slab.

The rainforced bar system is design by the engineers. The engineers  provides  detail of the number of reinforcement.

The Different  type of load on concrete building as horizontal, compression, lateral and torsion.

The structure is dependent  on the method by the Engineers and employed to install the reinforcement bar system. The reinforcement bars are mainly conect to proper bonding with the concrete.

Operations in Rebaring for Reinforced Concrete Works

The main operations carried out in rebaring for reinforced concrete construction bars are cutting, bending and tying. The reinforcement bars used reinforced concrete work mainly different-2 ranges but its mainly from 6 to 42mm. These type of reinforcement bars come from the steel mill in particular lengths.

So, during installation, the reinforcement bars must be used only required size. The design shows by the engineer the details about the bars bending and related works, based on which proceed the work. The rigid connection Provides to all the members of the rebars.

Necessity of Rebaring Technique in Reinforced Concrete Construction

The steel reinforcement mostly is divided into two categories i.e.

·         Primary Reinforcement or Main Steel reinforcement

·         Secondary reinforcement or distribution reinforcement

The reinforcement bars system works on limited cracking. The cracking is depend upon the temperature variations. The employee is specified diameter are bent at the ends. The Main Bar are used in beams, columns , slab etc.

Mostly stirrups are circular, square, rectangular, helical or diamond shape based on the cross-section of the element. The bar in the corners may be L  shaped.

Equipments used for Rebaring Techniques

The equipment are used for rebaring system with time to time, like the size of bar. The Larger bars is very difficult to handle by hand opreation.

Mostly employee used hammer and chisel for bar bending.The bar is held fixed with the help of three thick bars over a bar bender bench.then the binding is proper used in manual force and levers. to tie the roads and cutting holes are used, tie by the steel wire.Drill hole are use to fix the iron rod with the chemicel and make different-2  joints by engineer design.

How Is Rebarring Done

•Drill Hole in Concrete based on design

•Fill it with chemical

•Insert rebar and allow for chemical curing

A)   Simply Supported Connections

•Adding beam between columns

•Casting slab in a cutout

B)  Spliced Connections

•Extension of column

•Extension of beam/ slab

•Casting slab in a cutout

C)  Moment Connections

•Column from Raft/ Pile cap

•Cantilever beam from column

•Bracket on column

D)  Shear Connectors

•Thickening of slabs/ raft

•J bolting while jacketing

Rebar Grouting Outcome

• No damage to existing concrete (Cost saving on prepare & repair)

• Precise controlled application (Quality of work & Speed)

• Flexibility in designs

Role of Designer

 To Provide Safe Design

• Right Embedment depth

• Right Steel details

• Right chemical

Beyond Design

Chemical Selection may depend on parameters like:

•Temperature range (long/ short)

•Drilling method

•Effect of chemicals

•Creep Behaviour etc…

 Special Care in Application with Deep Embedment

•Proper Cleaning

•Usage of Piston Plug