Dear Readers,

We are very happy with the company’s performance in the year 2015 & quite upbeat about the growth of construction & Infrastructure sector in India in the coming year. In the year 2015, Interarch executed some very interesting and complex projects right from a G+7 Multi-storey buildings for a hospital, to a 99.8 M Clear-Span, to installation of 125 MT crane at a height of 22 M, to delivering a 33 M long bridge girder for Delhi Metro. Pre-Engineered steel construction market has been growing in double digits year-on-year since the last few years; In fact, pre-engineered building sector has started getting its due credit as a favourable alternative construction methodology in India today.

We would like to announce that Interarch has received a record order booking of 160 Crore in the month of January 2016. Over the years Interarch has successfully been able to build a customer base which aspires for quality finish and Timely delivery of Project. We look forward to constant support from your side, and would like to thank all our customers & stakeholders.

Thanks & Regards,
Arvind Nanda & Gautam Suri

 
Best Companies in India Bank on Interarch Pre-Engineered Buildings
 

We are happy to Announce than Interarch has won order for over 160 Crores in January 2016

 
What is the reflectivity of Galvalume Sheets?
   

GALVALUME sheet has good heat and sunlight reflectivity. Its bright, white reflective surface makes it an ideal material for roofing. During the summer it makes buildings cooler by efficiently reflecting away sunlight and reducing the amount of heat transmitted into the building. Likewise, it makes buildings warmer in the winter by reflecting inside heat from the underside of the roof back into the building. This good thermal reflectivity translates into energy savings by reducing cooling costs in the summer and heating costs in the winter. Tests have shown that only half as much heat from solar radiation is transmitted into a building fitted with a GALVALUME roof compared to a galvanized roof, and almost one-third less heat compared to a terra-cotta roof.

Upcoming Smart Cities in India:
 

The government of Indian announced the list of first 20 smart cities. An investment of Rs 50,802 crores has been proposed in selected smart cities and towns during the five-year period. This list was finalized from a list of 97 cities from state governments. The selected cities will be equipped with basic infrastructure, efficient urban mobility and public transport, IT connectivity and e-governance mechanisms.

Following is the list of 20 smart cities:

1. Bhubaneswar 2. Pune
3. Jaipur 4. Surat
5. Kochi 6. Ahmedabad
7. Jabalpur 8. Vishakapatnam
9. Sholapur 10. Davangere
11. Indore 12. New Delhi (municipal council area)
13. Coimbatore 14. Kakinada
15. Belagavi 16. Udaipur
17. Guwahati 18. Chennai
19. Ludhiana 20. Bhopal
 
Project Management Tip: Proper Way of loading & Un-loading
 
Crane & Sling/ Clamping Jaws/ Nylon strap etc. should be of sufficient capacity to lift the required load/material
Match the material in trailer with the packing list before unloading
Size specification should not be removed from crates / packet and bundles
Nylon Strap to be used for unloading the sheeting material / crates etc.
Structure material should be unloaded by using sling with rubber packing on the edges
Long length items more than 8 meters in length should be unloaded with the help of spreader beam
Tag/Guy rope to be used at the end of both members for avoiding free movement
Ground should be leveled and compact for storage
Wooden Pallets should be placed at equal distance to avoid distortion of material
After lifting the first member/ bundle in proper manner, lift second bundle and place it over the first pallet member/bundle. All wooden pallets should be in one line and equidistant i.e1.5 to 2.0 meters
All galvanized material, hardware and critical bought out items such as insulation, weld mesh, hardware etc. should be stored in covered area or with water proof tarpaulin
All Bundles items i.e. Purlins, Rack/ Eave Angle, Sheets etc. should be kept at height and slope of 5°
Do not stack more than four sheeting bundles on top of each other
Stack the total material in such a way that it should be easily traceable & moveable to erection area at the time of erection
 
Project Spotlight : Sai Warehousing
   
 
Interarch completed 2 warehouse buildings for SAI Warehousing in Gujarat. The scope of work covers the design, engineering, fabrication, supply and erection of the Pre-Engineering steel building in strict compliance with the standard and specifications.
 
Key Project Highlight
 
Project Name Sai Warehousing & Infrastructure
Project Location Chandogar, Ahmedabad
Project Usage Warehouse
Project Area 9168.7635 Sqm
Width 41.61 M
Length 220.35 M
Height 7.3 M clear height under the knee
Wall Cladding 0.50mm 26 Ga. SMP Color coated Tracdek Galvalume steel sheets of 550 Mpa
Roofing Supplied 0.47mm 26 Ga. Trackdel Hi-Rib Bare Galvalume steel sheets of 550 Mpa
Roof Slope 1:10
Special Features
All Primary & secondary members (except purlins & girts) shall be applied with one coat of red oxide primer and finished with two coats of synthetic enamel paint, applied at site
Purlins & Girts will be Pre-Galvanised 275 GSM
Anchor bolts and templates (templates are Interarch’s property and to be returned after use)
2mm thick Polycarbonate daylight panels on roof
3m projection Canopy return down-take system
600m Dia turbo vents with FRP base
4mm bubble insulation (Aerolam Make)
 
 
Industry Spokesperson: Mr. Anil Hinge, Director, Rass Project Consultants Pvt. Ltd., Pune
   

According to Mr. Hinge, Pre-Engineered buildings designed & engineered with American & European Standards and codes consumes less steel than the designs done as per Indian Standards.

He also wants to highlight that the customers should understand that once the building has been manufactured it becomes very difficult to make any alterations or do additional loading on the structure.

He feels there may be demand of metal structure for multistory buildings for residential use, infrastructure works like bridges, airports and Malls etc. in time to come in India. The multinational (European) countries are more conscious than Indian about the green features of a building and we should also work on the same line. There is a perception shift for green buildings as now days, we see many multinational companies investing and setting their plants in India.

There is a vast scope for Pre-Engineered Buildings in upcoming market in the state of Maharashtra. The competition in the market for pre-engineered building is growing exponentially and we feel that good relations, better quality and timely finish will give an extra edge to the companies with the client .In the next few months we should see good growth in industries like cement, Steel, Pharmaceutical, Packaging and Automobile Industry .

 
Steel Mutistorey Buildings: Floor system
 

Floor system comprises of a composite RCC slab cast over profiled metal deck supported on secondary steel beams which are provided with shear studs on the top flanges to generate the composite behavior .

 
Customer Testimony
   

We appreciate the effort put in by their team at all the stages, resources deployed and cooperation for the satisfactory and timely completion of this project.

 
Projects Won Projects Completed
SMCC Constructions India Ltd in Gujarat
Gamesa Renewable Pvt Ltd in Andhra Pradesh
Thapar University in Punjab
Lloyd Line Pipes Ltd in Maharashtra
Anphar Organics Pvt Ltd in Jammu
Sushil Udyog in Rajasthan
Hindalco Industries Limited in Madhya Pradesh
Casa Grande Distripark Pvt Ltd In Chennai
Decathlon Sports Pvt Ltd in Odisha
Innovative Tech Park Ltd. in Uttarakhand
 
Interarch in Press:
   
 
Training at Interarch
   

Interarch organized training for Painters, Blaster men & Painting Supervisors in Pantnagar Plant on 12 Jan.,2016

 
Awards & Recognition
   

Intrarch Building Product was facilitated with the IDC Insights Iconic Awards 2015 in the category of Manufacturing Excellence in Innovation. The prestigious Insights awards honour the business and IT leaders who envisaged, conceptualized, and successfully executed an IT/Technology Implementation that brought about tangible results for their organization. The winners, after a rigorous evaluation process, were chosen independently based on the votes of the jury and final validation of the Jury Chair Person.

IDC Insights Iconic Award 2015 was conferred to Mr. Shailendra Choudhary, Associate Vice President & Head of I.T. in Interarch Building Products; to recognize the outstanding contribution which is directly impacting competitive advantage, revenue growth and profitability through the leverage of
technological and digital tools and methods.

 
Building Made Possible in Steel: The New York Times Building, New York City
   

The steel-framed building, cruciform in plan, has a screen of 41.3 mm ceramic rods mounted on the exterior of the glass curtain wall on the east, west and south facades. The rod spacing increases from the base to the top, adding transparency as the building rises. The steel framing and bracing is exposed at the four corner "notches" of the building. The tower was designed by Renzo Piano Building Workshop and FXFOWLE Architects, with Gensler providing interior design.
The tower rises 748 feet (228 m) from the street to its roof, with the exterior curtain wall extending 92 feet (28 m) higher to 840 feet (260 m), and a mast rising to 1,046 feet (319 m).

Sustainability

The new building is promoted as a green structure. The design incorporates numerous environmentally sustainable features for increased energy efficiency. The double skin curtain wall, automated louver shading system, dimmable lighting system, underfloor air distribution system and cogeneration are the main sustainable design features.

In excess of 95% of the structural steel was recycled.

Overall Performance & Energy saved

A team of researchers at the Lawrence Berkeley National Lab and Center for the Built Environment monitored the building’s performance for a year and compared the results with buildings that meet with the standard building efficiency codes. They found that the New York Times Building significantly reduced annual electricity, cut heating energy use by more than 50% and decrease the peak electric demand as well. It is essential to start with a sound, integrated building design, and then to pay attention to details such as procurement of building equipment, and verifying the proper performance of the equipment after it is installed. The Times Company did its homework in 2004, well before construction began on the building, evaluating and optimizing the shading and daylighting technologies,concluded the Berkeley researchers.