Updated 9 days ago View larger map and directions on Google Maps Full Property Details for Sold For: $179,900Taxes: $4,017 (2016)Status: ClosedType: Single FamilyMLS ID: 6865616Added: 137 day(s) ago 409 Flanders Rd, Burlington, NJ Sold at $179,900 on 1/27/17 Reduced to $179,900 on 10/26/16 Listed at $184,900 on 9/25/16 Interior Features: Ceiling Fan(s), Energy-Efficient Windows Total Bathrooms: 2Full Bathrooms: 2 Total Bedrooms: 4Bedroom 1: 11 x 13, MainBedroom 2: 10 x 12Bedroom 3: 15 x 13Bedroom 4: 13 x 11 Living Room: 15 x 13 Pool Description: No Pool Exterior Features: Sidewalks, Streetlights, Exterior Lighting Area: Burlington CityCounty: BURLINGTONSubdivision: Columbus Park School District: Burlington CityHigh School: BURLINGTON CITY H.S. Cooling Type: Central Air ConditioningHeating Type: Gas, Forced Air Sewer: Public SewerWater: Public Architectural Style: Cape CodBasement Desc.: NoneSquare Feet: 1,248Year Built: 1954

Lot Size (Acres): 0.26Lot Dimensions: 113 x 100Lot Description: Corner Lot, Level Lot, Front Yard, Rear Yard, Side Yard(s)made to measure curtains haslemere Tax Amount: $4,017Tax Year: 2016lifehacker blackout curtains Listed by RE/MAX World Class RealtySold by Gloria Nilson & Company Real Estate - Robbinsvillegaiam blackout curtains 412 Holmes Dr, Burlington, NJ 08016habitat curtains briscoes Listed by Weichert Realtors-Burlingtoncib curtains sri lanka 417 Holmes Dr, Burlington, NJ 08016bimbi curtains and blinds

Listed by RE/MAX at Homeviceroy bedding blackout curtains 307 McNeil St, Burlington, NJ 08016 Listed by Key Properties Real Estate 914 Mount Rd, Burlington, NJ 08016 Listed by Keller Williams Realty - Moorestown 1006 Armistice Dr, Burlington, NJ 08016 Listed by RE/MAX Affiliates-Northeast 10 Langrock Way, Burlington, NJ 08016 14 Ellis Ave, Burlington, NJ 08016 Listed by RE/MAX World Class Realty 408 Sunset Rd, Burlington, NJ 08016 Listed by Century 21 Advantage Gold-Palmyra 235 Roosevelt St, Bristol, PA 19007 Listed by Salomon Realty LLC 24 Woodland Way, Burlington, NJ 08016 Listed by BHHS Fox & Roach-Mt Laurel 918 Mount Rd, Burlington, NJ 08016 Listed by Keller Williams Realty - MoorestownSold by Long & Foster - Moorestown 27 Pinewald Ln, Burlington, NJ 08016 Listed by BHHS Fox & Roach-MoorestownSold by Keller Williams Realty - Moorestown

20 Latimer Way, Burlington, NJ 08016 Listed by Carrington Real Estate Services LLCSold by Weichert Realtors-Moorestown 419 Wood St, Burlington, NJ 08016 Listed by DiDonato Realty Company IncSold by RE/MAX World Class Realty 45 Stirrup Way, Burlington, NJ 08016 Listed by BHHS Fox & Roach-MarltonSold by Keller Williams Realty - MoorestownResearchers have developed a new kind of anti-theft system, based on a woven fabric that triggers an alarm when penetrated by intruders. The smart fabric enables the exact location of the break-in to be identified, and is significantly cheaper than other burglary detection systems. It is also suitable as an invisible means of protecting entire buildings. The new sensors can be woven into fabric, allowing buildings and vehicles to be covered. When an intruders rips the fabric, an alarm can be sounded. The fabric incorporates a fine web of conductive threads connected to a microcontroller that detects warning signals emitted when the fabric is cut and triggers an alarm.

This system can be used to protect buildings, bank vaults, and trucks.Vehicles parked overnight at truck stops are particularly vulnerable to attacks by thieves who slit open the canvas tarp covering the trailer while the driver is asleep and make off with the cargo. If the tarp were made from the smart fabric, the driver in the bunk would be immediately alerted.The smart fabric was developed by researchers at the Fraunhofer Institute for Reliability and Microintegration IZM in Berlin, in collaboration with the Technische Universität Berlin and ETTLIN Spinnerei und Weberei Produktions GmbH. The company in Ettlingen manufactures technical textiles, among other things, and has filed a patent for the innovative fabric. IZM project manager Erik Simon can envision a whole swathe of potential applications, particularly where there is a need to provide protection over a large surface area. 'The fabric could be used to implement an entirely novel, invisible security system for buildings,' he said.

For example, the textile could be laid on the rafters of a roof as an additional layer to the vapor barrier underlay, underneath the tiles. This might be a good solution for museums housing valuable collections, or jeweler’s shops, or banks. An alternative solution would be to integrate the fabric in concrete and blockwork walls, for instance those surrounding a bank vault. Another possibility is to use it as a backing material for floor coverings, in combination with pressure sensors that signal an alarm if an unauthorized person enters the room. 'The electric current flowing through the fabric is so weak that it presents no danger to humans or animals,' says Simon. The smart fabric could also be used to cover trucks, which are extremely vulnerable to theft What makes this solution unique is the fact that it not only signals the presence of intruders but also indicates the precise point of forced entry. The fine lattice of conductive threads woven into the fabric enables the place where it was cut to be identified to the nearest centimeter.

Other solutions currently on the market require a complex system of optical fibers, which naturally makes them more expensive.There are also other reasons why this fabric is cheap to produce. The process makes exclusive use of standard materials and components such as silver-coated conductive threads and a simple but robust signal evaluation system. A further advantage is that 'the conductive thread can be incorporated in the polyester substrate using an industry-standard textile-weaving process,' explains Simon. The result is reams of fabric that can be trimmed to any length and customized to provide the desired functionality for surfaces of any size, from one square meter upward.The conductive lattice and the data-processing module that triggers the alarm in the monitoring center are incorporated in a low-temperature process using joining techniques borrowed from the semiconductor industry such as adhesive pressure bonding and non-destructive welding. 'This method has never been used before in this kind of application,' says Simon, who describes the process as 'simple and reliable'.