Delivery Day Dos and Don'ts: Preparing Your Site for Concrete Delivery

Picking the right concrete mix for your project can feel complicated, but it doesn't have to be! The truth is, the right mix makes all the difference for how long your driveway concrete , patio concrete , or any other concrete project will last. This guide will break down what you need to know about ready-mix concrete so you can choose wisely and get a great result. What's in Concrete, Anyway? Think of concrete like a recipe with four main ingredients: Cement: The "glue" that holds everything together when mixed with water. Sand & Gravel: These are the "fillers" or rocks that give concrete its bulk and strength. Water: Wakes up the cement and makes the mix workable. Add-ins (Admixtures): Special ingredients for specific jobs, like making it stronger or easier to work with. The amount of each ingredient, especially water, changes how strong and durable your concrete will be. 5 Simple Things to Think About When Choosing Your Mix Before you order your ready-mix concrete , consider these key points: 1. What Are You Building? This is super important! A driveway needs different concrete than a garden path. For Driveways & Patios: You'll want a mix that can handle cars, foot traffic, and changing weather. We usually suggest something strong (around 3,000-4,000 PSI, which is a measure of strength) and with something called "air entrainment" if it freezes where you live. This air entrainment acts like tiny air pockets that protect the concrete from freezing and thawing damage. Foundations: These need to be very strong to support a building, so they often need higher PSI. Decorative Concrete (like stamped patios): Here, you need a mix that's easy to shape and finish nicely, along with good strength. 2. How Strong Does It Need to Be (PSI)? Concrete strength is measured in PSI (Pounds per Square Inch). Higher PSI means stronger concrete. 2,500 PSI: Good for light indoor slabs or paths that won't get much heavy use. 3,000 - 4,000 PSI: This is the go-to for most homes, like driveway concrete , patio concrete , and garage floors. It's tough enough for cars and weather. 4,000 PSI and Up: For heavy-duty industrial floors, big buildings, or places with extreme weather. Always check your building plans or ask an expert if you're unsure about the PSI needed. 3. What's the Weather Like Where You Are? If your area gets freezing winters, you absolutely need air-entrained concrete for anything outdoors. Those tiny air bubbles stop water from freezing inside the concrete and cracking it. If it's super hot, you might need a mix that takes longer to set so you have more time to work with it. 4. How Easy Should It Be to Work With (Slump)? "Slump" tells you how wet and flowy the concrete mix is. Wetter Mix (Higher Slump): Easier to pour and spread, especially for complicated shapes or tight spaces. Stiffer Mix (Lower Slump): Good for flatter surfaces where you want precise control. We can add special ingredients (admixtures) to make the concrete flow better without adding too much water, keeping it strong. 5. What Kind of Finish Do You Want? Do you want a smooth, bumpy, or fancy decorative look? Broom Finish: Standard for non-slip surfaces like sidewalks and driveways. Smooth Finish: Looks sleek for indoor floors. Decorative Finishes: Like stamped or colored concrete, these need specific concrete types and careful handling to look their best. Special Concrete Types You Might Hear About Sometimes, you'll hear about special concrete types for specific jobs: Pervious Concrete: Lets water drain right through it, great for eco-friendly driveways or patios that help with runoff. Self-Consolidating Concrete (SCC): Super flowy, it spreads itself out without much effort, good for tricky spots. Don't Be Afraid to Ask Your Concrete Supplier! Your ready-mix concrete supplier, like SBS, is your best friend here. When you call us, tell us: What you're building: Is it driveway concrete , a patio concrete project, or something else? Where it is: Indoors or outdoors? Any special finishes you want. When you need it. We'll help you figure out the exact concrete mix that's perfect for your project, ensuring you get the best quality. Ready to Pour? Choosing the right concrete mix is key to a long-lasting, successful project. By considering these simple points and talking to your ready-mix concrete provider, you'll get exactly what you need. Please visit our Ready-Mix Concrete page to learn more about our most popular mix designs.

When you think of construction, your mind probably jumps to steel beams, towering cranes, or perhaps the sleek lines of a modern building. But often overlooked are the unsung heroes of the construction world: aggregates. These seemingly simple materials – sand, gravel, and crushed stone – are far more than "just rocks." They form the very backbone of our infrastructure, and understanding their role is key to appreciating the strength and durability of everything from our roads to our skyscrapers. What Exactly Are Aggregates? At their core, aggregates are granular materials used in construction. They are typically inorganic and can be natural (like sand and gravel) or manufactured (like crushed stone and some recycled materials). They serve as a fundamental component in concrete, providing volume, strength, and stability. The Different Types of Aggregates and Their Properties: Let's break down the main players in the aggregate world: Sand: Description: Fine granular material, typically less than 4.75 mm in size. It's often formed from the natural weathering and erosion of rocks. Properties: Provides workability and cohesiveness to mixes. Its fineness helps fill voids between larger aggregate particles, creating a denser, more uniform material. Where it comes from: Riverbeds, glacial deposits, and quarries. Gravel: Description: Coarser than sand, with particle sizes generally ranging from 4.75 mm to 75 mm. It's also naturally occurring, often rounded due to erosion and transport. Properties: Offers bulk and strength. Its rounded shape can improve the workability of concrete, though angular gravel might be preferred for certain applications for better interlocking. Where it comes from: Riverbeds, glacial deposits, and gravel pits. Crushed Stone: Description: Produced by crushing larger rocks (like granite, limestone, or basalt) into various sizes. This process creates angular, irregular particles. Properties: Provides excellent interlocking and mechanical stability due to its angular shape. This makes it ideal for applications requiring high strength and resistance to movement. Its properties can vary significantly depending on the parent rock. Where it comes from: Quarries where rock is mined and then crushed and screened to specific sizes. It's worth noting that companies like SBS enhance their control over quality and supply by owning and operating their own rock quarry, providing a direct source for their aggregates. Other Important Aggregate Properties: Beyond just size and shape, other properties are crucial: Durability/Hardness: The ability of the aggregate to resist weathering, abrasion, and crushing. This ensures the long-term integrity of the final product. Strength: The aggregate's ability to withstand compressive forces. Specific Gravity: Relates to the density of the aggregate, impacting the overall weight of the concrete mix. Absorption: How much water the aggregate can absorb. This is important for concrete mix design, as it affects the water-to-cement ratio. Cleanliness: The absence of deleterious materials (like clay, silt, or organic matter) that can compromise the performance of the mix. Why Are Aggregates Crucial for Concrete and Other Construction? Aggregates are not just filler; they are fundamental to the performance and economics of construction materials: Strength and Stability: Aggregates provide the bulk and structural integrity to concrete and asphalt. They bear the majority of the load, while the binding material (cement paste in concrete, bitumen in asphalt) acts as a glue, holding the aggregates together. Without aggregates, concrete would be a brittle and expensive material. Volume and Economy: Aggregates constitute 60-80% of the volume of concrete. Using readily available and relatively inexpensive aggregates significantly reduces the cost of concrete and asphalt, making large-scale construction economically viable. Reducing Shrinkage and Cracking: In concrete, aggregates help control shrinkage and cracking that can occur as the cement paste dries and hardens. They provide a stable framework that minimizes dimensional changes. Improved Workability: The right blend of aggregate sizes (a well-graded aggregate) improves the workability of concrete, making it easier to mix, transport, place, and finish. Sand, in particular, plays a vital role in providing lubricity. Permeability Control: Proper aggregate selection and grading can influence the permeability of concrete, which is crucial for durability, especially in environments exposed to water or chemicals. Bearing Capacity for Foundations: In road construction and foundations, compacted aggregate layers provide a stable, load-bearing sub-base, distributing weight and preventing settlement.  The Unsung Heroes From the smallest sidewalk to the largest dam, aggregates are the silent workhorses that make our built environment possible. They are carefully selected and proportioned to meet specific engineering requirements, ensuring that our roads are smooth, our bridges are strong, and our buildings stand tall for generations. So, the next time you walk on a paved surface or see concrete being poured, remember that there's more than just rocks at play – there's a carefully engineered blend of sand, gravel, and crushed stone, holding it all together.

Paso Robles and the beautiful Central Coast region are constantly growing, with new homes, businesses, and infrastructure projects shaping our communities. Behind every durable structure lies the quality of its fundamental materials: concrete and aggregates. At SBS, our Paso Robles facility stands as a cornerstone for delivering these essential components, offering distinct advantages for your next project. Why Choose Our Paso Robles Location for Your Concrete Needs? Our presence in Paso Robles isn't just about having a physical location; it's about being an integral part of the local building landscape. We understand the specific needs, logistical challenges, and environmental considerations unique to this region. When you choose SBS's Paso Robles facility for your concrete supply, you're tapping into: 1. Unmatched Local Convenience for Concrete Supply: Reduced Hauling Costs & Time: Proximity is power. Our Paso Robles location means significantly shorter travel distances for your concrete and aggregate deliveries throughout San Luis Obispo County, translating directly into lower transportation costs and more efficient project timelines. No more waiting for materials from far-flung suppliers! Faster, More Reliable Delivery: Being local means we can respond quickly to your scheduling needs, minimizing downtime on your job site. We know the roads, we know the traffic patterns, and we're dedicated to getting your concrete supply there when you need it. 2. Superior Concrete, Tailored for You Precision-Engineered Concrete Mixes: Whether you need standard ready-mix for a foundation, specialty concrete for a vineyard structure, or decorative concrete for a patio, our Paso Robles plant produces a wide array of high-quality concrete mixes. Our expert team works with you to ensure the perfect strength, workability, and finish for your specific application. Consistent Quality Control: The foundation of great concrete is great aggregate. Our ability to control the quality of the aggregates directly impacts the consistency and performance of our concrete. 3. High-Quality Aggregates – The Backbone of Construction: Diverse Aggregate Offerings: From various grades of sand and gravel to different sizes of crushed stone, our Paso Robles location provides a comprehensive range of aggregates suitable for everything from sub-bases and drainage to concrete mixes. Reliable Supply Chain: Our commitment to local sourcing and efficient operations means you can count on a steady and dependable supply of aggregates, critical for keeping your projects on track and avoiding costly delays. Support Local Economy & Sustainability: Sourcing concrete and aggregates locally from our Paso Robles facility reduces the environmental footprint associated with long-distance transportation and directly supports the local economy and job market within San Luis Obispo County. Who Benefits from Our Paso Robles Concrete Supply?  Our services are ideal for a diverse range of projects and clients across all of San Luis Obispo County, including the Paso Robles, Templeton, Atascadero, San Miguel, and surrounding Central Coast areas. This includes: Residential Builders: Foundations, driveways, patios, and landscaping. Commercial Developers: Building structures, parking lots, and infrastructure. Agricultural Operations: Barn foundations, vineyard posts, and irrigation system bases. Public Works & Infrastructure Projects: Roads, bridges, and utility installations. DIY Enthusiasts: Smaller projects requiring reliable concrete and aggregate delivery. Partner with Local Experts for Your Concrete Needs Choosing SBS means choosing a partner committed to your project's success. We combine top-tier materials with unparalleled local service and expertise, ensuring your project, big or small, has the reliable foundation it deserves right here in San Luis Obispo County. Ready to get started on your next project and secure your concrete supply? Contact our Paso Robles team today for a quote or to discuss your specific needs. Let us help you build strong, efficient, and cost-effective solutions!

You've planned your new concrete project – whether it's a sleek patio, a durable driveway, or a robust foundation. The forms are set, the concrete is poured, and it looks fantastic. But the job isn't over yet! One of the most critical, yet often misunderstood, phases of concrete construction is the curing process. As a leading supplier of high-quality concrete and aggregates across California's central coast, we at SBS know that even the best mix won't reach its full potential without proper curing. In our state's diverse climate, efficient curing is paramount. What Exactly is Concrete Curing? Curing isn't just about letting concrete "dry out." In fact, it's quite the opposite! Concrete cures through a chemical reaction called hydration , where the cement particles react with water to form a strong, paste-like binder. For this reaction to occur completely and effectively, the concrete needs sufficient moisture and a controlled temperature for an extended period after it's poured. If concrete dries out too quickly, the hydration process stops prematurely, resulting in a weaker, less durable product. Why is Proper Curing So Crucial? Neglecting the curing process can lead to significant problems down the line. Here’s why it’s non-negotiable for long-lasting concrete, particularly under the California sun: Maximizes Strength and Durability: Properly cured concrete can achieve up to 50% greater strength than uncured concrete. This means a driveway that can handle heavier loads, a patio that resists wear and tear, and a foundation that stands strong for decades. Minimizes Cracking: Rapid drying due to California's heat and low humidity can cause excessive shrinkage, leading to unsightly (and potentially problematic) cracks. Curing helps control this shrinkage, reducing the likelihood of cracking. Increases Abrasion Resistance: Well-cured concrete has a harder, more resilient surface, making it more resistant to scuffs, scratches, and everyday wear from foot traffic, vehicles, and outdoor furniture. Enhances Resistance to Environmental Factors: Concrete faces challenges from UV rays, temperature extremes, and the occasional heavy rain. Proper curing makes the concrete less permeable, helping it stand up better against moisture penetration, chemical attack (e.g., from pool chemicals), and general weathering. Improves Aesthetics: Concrete that cures correctly typically has a more consistent color and a smoother, more uniform finish, enhancing the overall appearance of your project. Common Curing Methods for Concrete While various methods exist, most involve keeping the concrete saturated with water or preventing moisture loss. Wet Curing: This involves keeping the concrete continuously damp. Methods include: Ponding: Flooding the surface with water (often used for flat slabs). Spraying/Misting: Regular application of water. Wet Coverings: Using burlap, cotton mats, or plastic sheeting kept constantly wet and draped over the concrete. Membrane Curing: Applying a liquid-applied membrane (a curing compound) to the concrete surface. This creates a seal that traps the moisture within the concrete. This method is popular in California due to its efficiency and reduced water usage compared to continuous wet curing. Internal Curing: Incorporating lightweight aggregate (like expanded shale) that holds water and releases it internally as the concrete hydrates. While more common in specialized projects, it's an innovative method for enhanced curing. The California Climate Challenge Our state's typically warm, dry, and often windy conditions make proper curing even more vital. Water evaporates quickly from exposed concrete surfaces. Without diligent curing, the hydration process can cease prematurely, leading to weak, dusty, and crack-prone concrete. Ensuring the concrete remains moist for the recommended curing period (typically 7 days, but can vary) is critical for achieving optimal results. The SBS Difference At SBS, we pride ourselves on providing the highest quality concrete mixes and aggregates that are designed for optimal performance in California's unique environment. We work closely with contractors and homeowners to ensure they understand the importance of proper placement and, crucially, the curing process.  Don't let your concrete investment fall short due to inadequate curing. By prioritizing this vital step, you ensure your driveways, patios, and foundations will not only look great but also stand strong for decades to come.

Let's face it: seeing a crack in your concrete driveway, patio, or foundation can be unsettling. Concrete is known for its strength, so when its surface starts to show signs of wear, it's natural to wonder if it's a minor cosmetic issue or a warning sign of something more serious.  As a leading concrete and aggregate supplier in California, we at SBS understand the unique challenges California's environment presents – from intense sun exposure and varying moisture levels to the occasional earthquake. Understanding what those cracks mean is key to protecting your investment. Here's a guide to help you differentiate between the cracks that are usually nothing to worry about and those that warrant a closer look from a professional. Why Do Concrete Cracks Occur? Before we dive into specifics, it's helpful to know why cracks appear in the first place. Concrete, despite its rigid appearance, is constantly expanding and contracting with temperature changes. Other common culprits include: Shrinkage During Curing: As concrete dries and hardens, it loses moisture and naturally shrinks. This is the most common cause of hairline cracks. Settlement: The ground beneath your concrete can shift or settle over time, especially with California's varying soil conditions and occasional dry spells. Temperature Fluctuations: The extreme temperature swings we experience, from hot days to cooler nights, cause concrete to expand and contract. Heavy Loads: Concentrated weight (like a heavy vehicle or equipment) can stress the concrete. Seismic Activity: Even minor, unnoticeable ground tremors can contribute to stress and cracking over time. Improper Installation: Issues with sub-base preparation, inadequate expansion joints, or incorrect water-to-cement ratios can lead to problems. When to Just Monitor (Often Normal & Cosmetic) Most concrete cracks fall into this category. They are typically cosmetic and don't indicate a structural problem. Hairline Cracks: These are very narrow, less than 1/16th of an inch wide (about the thickness of a credit card). They are often a result of normal drying shrinkage and concrete setting. You'll commonly see them on new driveways or patios. What to do: Monitor them over time to ensure they don't widen. Keeping them sealed (as discussed in our previous blog post!) can prevent water from entering and causing further issues, especially in areas prone to seasonal moisture. Spiderweb or Map Cracks (Craze Cracking): These are very fine, shallow cracks that form an interconnected pattern, resembling a spiderweb or map. They are surface-level and don't typically extend deep into the concrete. They're caused by rapid surface drying or over-troweling during installation. What to do: Mostly cosmetic. Sealing can help improve appearance and prevent water penetration. When to Worry (Time to Call a Pro) These types of cracks can indicate more significant issues, potentially affecting the structural integrity or stability of your concrete or even your home's foundation. Don't hesitate to contact a concrete professional (like us!) or a structural engineer for an assessment. Wide Cracks: Cracks that are wider than 1/4 inch, or are actively growing wider over a short period. Displaced or Uneven Cracks: If one side of the crack is noticeably higher or lower than the other side, it indicates significant settlement or movement beneath the slab. This is a major red flag. Long, Straight Cracks: A crack that runs continuously across a large section of your driveway or patio, especially if it extends through several expansion joints. This can signal issues with the sub-base or improper joint placement. Deep Cracks: If you can see significant depth into the crack, it's more than just a surface issue. Cracks with Accompanying Damage: Look for other signs like water pooling, sinking sections, or concrete spalling (flaking/chipping) around the crack. Cracks in Foundation Walls: Any significant crack in your home's foundation walls (horizontal, diagonal, or stair-step cracks) should be inspected immediately by a professional. These can indicate serious structural issues. Cracks Appearing Suddenly After Seismic Activity: While concrete is designed to flex, a sudden, significant crack appearing after an earthquake (even a mild one) warrants an inspection. Your Next Steps For minor cracks , keep an eye on them. Take photos with a ruler next to the crack, noting the date, and check them every few months. Consider cleaning and applying a suitable concrete crack filler or sealant to prevent water intrusion. For worrying cracks , don't delay. The sooner a professional assesses the situation, the better. Ignoring serious cracks can lead to more extensive and costly repairs down the line. Our team at SBS can help you determine the cause of the problem and recommend the best course of action, whether it's repair, remediation, or even replacement using our high-quality concrete and aggregates. Protecting your concrete investment in means being proactive. While not every crack is a cause for alarm, knowing the difference can save you significant headaches and expenses.