7.50, 21.00 - 48.00

Tie Down's Iron Root Double Head Manufactured Home Earth Anchors are expertly designed to deliver exceptional anchoring performance, specifically tailored for uplift and frame tie applications. Featuring a double-headed configuration, these anchors ensure robust attachment for both sidewall and I-beam connections. This innovative design opens doors to a variety of strapping and attachment options, including slotted bolts. The double-headed nature of these anchors facilitates the use of two bolts, enhancing their structural integrity. The plates are positioned in front of the Iron Root anchors, making them ideal for frame attachment in wind zones 2 and 3, providing reliable security against lateral forces. This design offers remarkable versatility across different wind zones, offering the necessary adaptability to varying conditions. With a 6 in. or 7 in. helix, these anchors are engineered to provide optimal grip and stability in the soil. They are specifically engineered for use within soil classes 4A and 4B, ensuring a dependable anchoring solution for various ground conditions.

Tie Down's STS Screens offer a non-penetrating solution for skylight safety without compromising the skylight's structural integrity. Installation is quick and straightforward, connecting with 2 5/16 in. zinc-plated threaded rods installed on the skylight's short sides, secured in place with 1 in. aluminum clips and ½ in. hex head screws. This system uses two aluminum extruded rails and two aluminum clips for a secure fit. STS Screens feature a sturdy construction, with screen material options of 187 and .250 diameter 304 stainless steel or galvanized carbon steel wire in a 4 in. x 4 in. grid. These screens ensure compliance with OSHA 1910.29(e) and CAL-OSHA standards. With a product weight of 21 lbs., STS Screens come in various dimensions, ranging from 12 in. to 70 in. wide and 12 in. to 128 in. long. They provide effective fall protection by preventing individuals from accidentally falling through skylights, enhancing safety in elevated work environments.