As electric vehicles become the norm, many property owners are adding charging stations without realizing the structural implications. From increased vehicle weight to new electrical demands, these upgrades can introduce unseen stresses that impact safety, longevity and performance.

As climate change drives more extreme weather and fluctuating temperatures, concrete structures face new risks that threaten their durability and safety. At Restocon, we help property owners and engineers prepare by combining thorough condition assessments with advanced restoration and protective coatings. Proactive maintenance and climate-conscious strategies are essential to future-proof concrete against thermal stress, moisture intrusion and chemical exposure.

Parking garages face unique challenges from constant vehicle traffic, weather exposure and chemical attack that can quickly degrade concrete structures. At Restocon, we leverage cutting-edge materials and innovative restoration techniques—like corrosion-inhibiting mortars, flexible joint systems and traffic-bearing waterproof membranes—to enhance safety and durability while minimizing downtime. Preventative maintenance and comprehensive assessments further extend the lifespan of these heavily used facilities, ensuring they remain safe and functional year-round.

Technology is transforming structural restoration from the ground up. At Restocon we leverage tools like drones, 3D scanning, infrared imaging and digital project management to uncover hidden issues, plan smarter repairs and deliver lasting results. The outcome? Faster turnarounds, fewer disruptions and better protection for your investment.

Historic commercial buildings are more than architectural relics - they’re key assets in today’s push for sustainable urban development. In this post, we explore how thoughtful restoration can revitalize aging structures, preserve community character and offer practical value for developers and property managers alike. Learn how Restocon helps bring the past forward with expert care and structural precision.

Maintaining commercial parking garage floors is essential for safety, durability and long-term functionality. Heavy traffic, weather exposure, and chemical spills can cause damage over time. This blog explores the importance of concrete floor repair and coating systems, the issues they address - like cracks, pitting and water penetration - and the benefits of popular solutions like epoxy and polyurethane coatings. Discover how investing in these systems can protect your parking garage floors and reduce maintenance costs.

The construction industry is facing an escalating labor shortage, impacting project timelines, quality, and costs. While short-term factors like COVID-19 disruptions are beginning to ease, deeper issues persist - such as an aging workforce, a widening skills gap, and slow adoption of new technologies. Demand for construction continues to surge, driven by economic recovery and new infrastructure investments, but without enough skilled workers, companies are struggling to keep up. This blog delves into both immediate and long-term labor market trends, examining how these challenges shape construction costs and exploring strategies to mitigate the impact.

As commercial properties, garages and condos age, condition assessments are essential for maintaining safety and value. Traditional inspections can be slow and prone to human error, but AI is revolutionizing the process. In this blog, we explore how AI is transforming condition assessments and surveys by providing faster, more accurate insights into structural integrity, enabling predictive maintenance and improving safety.

Regular cleaning is essential for maintaining the appearance and functionality of concrete surfaces. Dirt, debris, oil, grease and other contaminants can accumulate on the surface over time, leading to staining and deterioration. Cleaning concrete surfaces with a pressure washer or specialized cleaning solution helps remove surface contaminants and prevents them from causing long-term damage.

Parking garages are bustling hubs of activity, accommodating vehicles, pedestrians and sometimes even bicycles or other modes of transport. Amidst this constant traffic, the concrete surfaces endure significant wear and tear.

Moisture infiltration is one of the most common causes of concrete deterioration, leading to issues such as cracking, spalling and corrosion of reinforcement. Parking garages, in particular, are vulnerable to moisture ingress due to their exposure to rain, snowmelt and groundwater. Waterproofing solutions, such as membranes, coatings and sealants, create a robust barrier that prevents water from penetrating the concrete substrate.

The first step in determining whether to repair or replace concrete surfaces is to assess the extent of damage. Minor issues such as hairline cracks, surface spalling, or minor surface defects can often be addressed through repair techniques such as crack filling, patching, or resurfacing.

Beyond immediate environmental considerations, we prioritize long-term sustainability in our concrete repair and waterproofing solutions. By focusing on durable, high-performance materials and techniques, we help extend the lifespan of parking garage structures, reducing the need for frequent maintenance and replacement.

The strength of a structure lies not only in its design but also in the precision and care with which it is built. From the initial site preparation to the final finishing touches, every step of the construction process is executed with meticulous attention to detail and adherence to the highest industry standards.

In the vast landscape of construction and repair services across the United States, regional variations play a significant role in shaping approaches to projects. When it comes to the specialized niche of parking garage and parking lot construction and repair, companies like Restocon stand out for their expertise, particularly in the Southeastern US. But what sets their work apart from similar endeavors in other parts of the country?

Decades ago, repairing concrete structures and addressing waterproofing issues primarily involved manual labor and basic materials. Workers utilized rudimentary tools such as hammers, chisels, and trowels to remove damaged concrete sections, followed by patching with cementitious compounds. While effective to some extent, this approach often resulted in temporary fixes rather than long-term solutions. Moreover, waterproofing relied heavily on sealants and membranes, which had limited durability and effectiveness.

Many states are beginning to incorporate requirements to increase the percentage of electric trucks on US roads. However, as these heavy-duty electric vehicles gain prominence on our roads, concerns about their impact on bridges and road infrastructure have come to the forefront. It's imperative that we address these challenges proactively to ensure the sustainable integration of electric trucks into our transportation system.

As the world shifts toward more sustainable transportation solutions, electric vehicles (EVs) have become an integral part of the future of mobility. However, as parking facility owners and operators eagerly embrace this green revolution, they must also grapple with the concerns surrounding the impact of EVs and EV charging stations on structured parking facilities. Two critical factors demand attention in this scenario: the weight of electric vehicles and the electric load requirements of charging stations.

When the time comes to restore these buildings, it is vital to trust an experienced historic restoration contractor who understands the importance of preserving these iconic structures and has the experience and capabilities to revitalize their charm.

Concrete is one of the most widely used construction materials in the world, and for good reason. It is strong, durable, and versatile, making it an ideal choice for the construction of parking garages. However, like all materials, concrete is not immune to deterioration and there are a number of mechanisms that can cause it to degrade over time. One of the most significant of these is chloride contamination.