Each qty in cart means: 12 Each; 3M Minimum Order Qty: 12 Each; 3M Incremental Order Qty: 12 Each; Please note the product data is supplied by 3M. There may be some errors.  Please notify us if 3M Incremental Order Qty is LARGER than 3M Minimum Order Qty (Indicating a data error).; 3M Stock #: 7000056794; 3M Previous Stock #: 78809540632; 3M Catalog #: 65749; Sales UPC: 00051138657499; 3M 5 Digit Part Number: 65749; Consumer UPC: N/A; Shipper UPC: 50051138657494; Inner Package UPC: N/A; 3M Stock Type: "STANDARD" that this item is typically inventoried by 3M.; Approx. 3M Time to Ship (In Business Days): 2; Shelf Life: 365 Days; Country of Origin: USA; ECCN: EAR99; Harmonized Code: 3214100020; US DOT 49 CFR: NOT REGULATED;

Designed specifically for shielding detector loop wires, our 3M Detector Loop Sealant 5000 cures to a tough rubber surface that encapsulates, insulates and protects while resisting weather and chemicals. Applied right from its ply pack, it hardens smooth without finishing and stays strong and flexible even in extreme temperatures. The sealant bonds with virtually any concrete or asphalt surface.

We formulated our 3M Detector Loop Sealant 5000 specifically for protecting detector loop wires even in challenging roadway environments. We also designed this sealant to be extremely easy and cost-effective, both during and long after application.

Tough Yet Flexible
The sealant can be applied directly into the sawcut to form a durable tack free shell around detector loop wires without running into low spots, even on crowned or sloped roadways. It cures naturally in 24 hours, reacting with moisture in the environment to produce a rubber that resists weather, oils, gasoline, antifreeze, brake fluid and road salt. This tough, flexible material also prevents the wires from moving around as it keeps contaminants away from them, minimizing false calls.

The cured sealant presents a smooth surface across the sawcut so workers do not have to spend extra time finishing. It won’t degrade in high temperatures, fracture even at temperatures as low as -40° F, or shrink over time; this eliminates call-backs for refilling or additional repairs.