LP SmartSide is specifically engineered to resist damage from both high winds and severe hail, making it a premier choice for volatile climates like Colorado.
### Hail Resistance LP SmartSide provides industry-leading impact protection through several key features:
- UL 2218 Class 4 Rating: It has earned the highest possible certification for hail resistance.
- Resilient Composition: Unlike brittle fiber cement (such as James Hardie), which may crack or shatter upon impact, LP SmartSide utilizes a strand substrate that absorbs impacts without denting or cracking.
- Comprehensive Warranty: The product’s durability is backed by a 50-year limited hail-resistance warranty.
### Wind Resistance In addition to its impact performance, LP SmartSide has been rigorously tested to withstand extreme wind conditions. It is rated to resist winds of up to 130 mph, ensuring the siding remains secure during high-wind events.
### Comparison with Other Materials
- Vs. Fiber Cement: While fiber cement is rigid, it is prone to cracking from large hail. LP SmartSide’s resilient construction maintains its integrity season after season.
- Vs. Traditional Wood: Traditional lumber often dents and splinters easily, whereas LP SmartSide meets ASTM D1037 impact standards, offering superior protection against flying debris.
Related FAQs
-
What Factors Cause Helical Pier Installation to be More Expensive than Push Piers?
Read More »: What Factors Cause Helical Pier Installation to be More Expensive than Push Piers?Based on the provided content, helical pier installation can be more expensive than push piers due to several specific factors regarding materials, manufacturing, and specialized requirements: Manufacturing Complexity: Helical piers have a higher per-unit cost because the fabrication process is…
-
How does the Structure’s Weight Impact the Cost Difference between Push and Helical Piers?
Read More »: How does the Structure’s Weight Impact the Cost Difference between Push and Helical Piers?The weight of a structure significantly impacts the choice and cost of a piering system because different systems are engineered for specific load capacities. Generally, the heavier the structure, the more likely push piers will be required, despite their higher…
-
What Factors besides Material Costs Influence the Price per Helical Pier?
Read More »: What Factors besides Material Costs Influence the Price per Helical Pier?While material costs are a significant factor, the total price per helical pier is influenced by several logistical, environmental, and technical variables. Beyond the steel itself, the following factors determine the final cost: Soil Conditions: The type of soil (such…
-
Are There Additional Fees for Permits and Engineering Included in the Cost per Helical Pier?
Read More »: Are There Additional Fees for Permits and Engineering Included in the Cost per Helical Pier?In most cases, permits and engineering fees are not bundled into the base material and labor cost per pier. Instead, they are treated as separate line items. According to ACN Construction, it is important to understand how these costs are…
-
How does the Expense of Installing Helical Piers Compare to Other Foundation Repair Methods?
Read More »: How does the Expense of Installing Helical Piers Compare to Other Foundation Repair Methods?When evaluating foundation repair, helical piers typically have a higher upfront cost per unit compared to other methods, but they offer specific performance and installation advantages. The cost for helical piers generally ranges from $2,000 to $5,000 per pier. Here…
