We take pleasure in introducing ourselves as an industrial unit situated in Bangalore, India. We have set up facilities for the manufacture of defense grade shelters used for housing field electronic equipments of radar/communication and missile projects. Since the inception of our unit in 1991, we have successfully designed, fabricated, tested and supplied a variety of shelters for a number of defense/civilian applications. Till date we have supplied in excess of 500 shelters to the Indian defense. Our shelters have undergone various performance and reliability tests at national center for automotive testing at one of the defense test site and they have withstood all the tests. Our shelters have since been introduced into the army and air force wings of Indian defense. An association with serendip associates private limited, offers you the following attributes of excellence:1. Trust :serendip associates private limited remains a friendly, family owned, customer-sensitive company as compared to a detached, share-holder owned, impersonal organization. 2. Dependability :we have not diversified from our core business i. E. Design, fabrication, testing and supply of defense grade shelters, since we made our first shelter in 1991. 3. Innovation : we keep abreast with the latest developments in the field of shelter technology. 4. Listening:we listen to what our customers say because many of our best ideas come from them. Prior to telling our customers, what we think they need, we ask them through detailed interviews and questionnaires exactly what they want in order to avoid:poorly engineered designs. Costly learning curve mistakes. Failure to properly interpret customer's requirements ,which can all cause

We keep abreast with the latest developments in the field of shelter technology. We are thfirsin the country

To develop Slip-on type Aluminum sandwich paneled shelters.

To fabricate 7000 mm length shelters, Air transportable in IL-76 Aircraft, integrated with Limited Ground Mobility System.

To develop Pallet Structure for use in shelter construction.
The first shelter incorporating pallet structure was developed for M/s Oerlikon Contraves, Zurich.

To develop shelters exhibiting high levels of EMI shielding properties. (70 dB at 8 GHz)

To design & incorporate crane mechanism in the shelter for loading / unloading heavy equipment. This mechanism was incorporated in the shelter supplied to M/s Agilent Technologies thro M/s Data Patterns, Chennai.

To develop Dismantle-able shelters for installation on the roof top of high rise buildings. First shelter was developed for M/s India Satcom Ltd.

To design and develop S 280 CG All Welded Shelter (MIL-STD-55286)
   
To design & develop All Welded EMI hardened shelters ( L = 6058 mm ) exhibiting EMI attenuation levels of about 80 dB+ over a frequency spectrum of 10 KHz to 18 GHz.

Rigidity

This results from the high values of flexural and shear rigidity of panels. Shelter shape remains unaffected by shocks and stresses encountered during transit/or during handling by defence personal. Shelters maintains its geometry even when it rests on three points.
 
Impact Strength
 
The core has good compressive and shear strength this not only makes the shelter resistant to impact but also ensures a rigid structure. Dents if any caused due to impact loads on external facing will not be transmitted to the inner facings thereby protecting the costly and sophisticated equipment's housed inside the shelters during accidents.
 
Insulation
 
The combination of strong thin aluminum alloy facings and closed cell plastic core material ensures excellent thermal insulation. Also incorporation of thermal barrier material below the inner facing and core avoids thermal bridging and provides good excellent service.
 
Electronic Shielding
 
We have Achieved EMI Shielding levels of 80 dB + FROM 1 KHz to 18GHz in a constant manner, which are the highest achieved by any company in the country. These High shielding levels were made possible by the development of All-Welded Shelter  Technology, where in the shelter panels are assembled by welding the internal and external joints between the panels (Usage of rivets in assembly is completely eliminated). Welded joints exhibit the least joint impedance.