| Color | : | Gray |
| Length | : | 36 in |
| Material | : | Concrete/Steel |
| Thickness | : | 4 in |
| Width | : | 36 in |
Designed specifically for the Hurricane prone regions of Florida and the Gulf Coast, The Hurricane Pad™ meets stringent local code requirements for wind resistance. Heavier than a normal concrete pad, this 4 in pad provides sufficient weight to meet code. For certain taller equipment, The Hurricane T-Class Pad™ is needed. Due to their extreme weight, standard freight terms for The Hurricane Pad™ MD only apply for shipment to FL, GA and AL. All other shipments are shipped FOB Conyers, GA.
DiversiTech® The Hurricane Pad™ Equipment Pad, Concrete/Steel, Gray, 36 in Length, 36 in Width, 4 in Thickness
- Environmentally friendly-The Hurricane Pad™ MD is composed of at least 15% recycled material
- Best compressive strength-The Hurricane Pad™ MD is made from a minimum 7000 lb/sq-in solid concrete to meet the strict requirements of Miami-Dade (FL) County, no other pad can match the compressive strength of The Hurricane Pad™ MD
- No water absorption-does not absorb water like some other pads, this helps maintain the structural integrity of the pad and keeps it in place to protect the equipment
- Pullout strength-has anchor pullout strength of 1140 lb, this means the pad will hold onto mounted equipment even in extreme conditions
- Made from 100% solid concrete with no EPS foam pad, the solid concrete construction ensures this pad stays in place even in winds up to 175 mph
- The Hurricane Pad™ includes steel reinforcement to add strength and stability to the pad
- Does not float-will not float like some other pads and stays in place even during extreme rainfall or flooding
- Lightweight, much lighter than solid concrete, allowing for easy placement and removal with less strain
- Easier to install-uses standard tapcon screws and does not need special inserts to securely attach to the equipment
- Sturdy-keeps units from sliding or blowing over in 150 mph winds when properly attached
- Super strong has superior pullout strength compared to other concrete pads and provides more protection to the equipment to help keep it in place
