Blog

How Colorado Springs’ Altitude Affects Asphalt Paving

How Colorado Springs’ Altitude Affects Asphalt Paving

October 5, 2025

Colorado Springs sits at an elevation above 6,000 feet and faces distinct paving challenges driven by its high altitude. Higher UV exposure, larger diurnal temperature swings, and altered air and moisture conditions affect how asphalt ages, how mixes should be specified, and which construction methods are most successful in the long term.  To address these

Read
Previous Next
When to Choose Concrete Replacement Instead of Repair: A Complete Guide for Property Owners

When to Choose Concrete Replacement Instead of Repair: A Complete Guide for Property Owners

July 30, 2025

When it comes to worn or damaged concrete, property owners are often left asking the same critical question: Should I repair this, or is it time for a complete replacement? While minor issues can often be addressed with a surface-level fix, deeper damage, safety concerns, or code compliance requirements may make replacement the smarter investment. 

Read
How Poor Drainage Can Destroy Your Concrete Over Time

How Poor Drainage Can Destroy Your Concrete Over Time

July 30, 2025

Concrete is renowned for its strength, durability, and low maintenance; however, poor drainage can silently compromise its integrity. Many property owners are unaware that water, not age, is the primary cause of concrete damage. When drainage fails, water doesn’t just stain the surface; it also seeps into the soil. It weakens concrete from the inside

Read

Fast-Setting vs Standard Asphalt Repair Products: Complete Guide

July 28, 2025

Asphalt surfaces, from driveways to parking lots, are vital for safe and efficient transportation. In Denver, Colorado, where freeze-thaw cycles and temperature swings challenge pavement durability, choosing the right repair product is crucial. This guide compares fast-setting and standard asphalt repair products, exploring their composition, curing times, durability, costs, and suitability for Denver’s unique climate.

Read
Previous Next