DiversiTech®
DiversiTech® - 1636-3 - CladLite® Lightweight Concrete Equipment Pad 16" x 36" x 3", 46# Per Pad
Item: DIVCCP16363
MFG: 1636-3
loading availability
Loading price
Description
Cladlite® Equipment Pads
Provide the Strength and Durability Customers Demand In An Easy To Install Pad. Cladlite Pads Are To Up 80% Lighter Than Solid Concrete But Still Provide Rock Solid Support For Equipment. Once It is Set, So Are You. Cladlite Pads Stay In Place and Can withstand Anything Mother Nature Can Throw At Them. These Pads Provide Superior Resistance To Sun, Moisture, and Freeze-Thaw Conditions. and the Vibration Dampening EPS Foam Core Is Unaffected By Water, Soil, Fungus or Bacteria.
Features:
Provide the Strength and Durability Customers Demand In An Easy To Install Pad. Cladlite Pads Are To Up 80% Lighter Than Solid Concrete But Still Provide Rock Solid Support For Equipment. Once It is Set, So Are You. Cladlite Pads Stay In Place and Can withstand Anything Mother Nature Can Throw At Them. These Pads Provide Superior Resistance To Sun, Moisture, and Freeze-Thaw Conditions. and the Vibration Dampening EPS Foam Core Is Unaffected By Water, Soil, Fungus or Bacteria.
Features:
- Concrete Is Highly Valued By Homeowners
- 80% Lighter Than Solid Concrete
- Continuous Steel Reinforcement
- Full Foam Bottom Resists Settling and Vibration
- Impervious To Weather
California residents: see Proposition 65 Warning
Features and Specification
| Weight | 46 |
|---|---|
| Brand | DiversiTech® |
| Capacity | 125 Pounds Per 2" Diameter Foot |
| Composition | Concrete with Steel reinforcement, ASTM Type 1 EPS foam core |
| Cubic Measurement | 1 |
| Dimensional Weight | 13 |
| EAN | 0095247406777 |
| Height | 3 |
| Length | 36 |
| Pad Size | 16" x 36" x 3" |
| Pad Thickness | 3 |
| Pad Type | Concrete Equipment Pad |
| Package Height | 3 |
| Package Length | 36 |
| Package Weight | 46 |
| Package Width | 16 |
| Prop 65 | No |
| UOM | EA |
| UPC | 095247406777 |
| Width | 16 |
| Country of Origin | USA |
Documents
picture_as_pdf consumer literature
picture_as_pdf engineered document