Understanding Concrete Drying Time: What You Need to Know

Concrete drying time refers to the period required for moisture to evaporate from the concrete mix, allowing it to reach the desired strength and durability. Understanding this process is essential for ensuring the success of any concrete project.

Factors That Affect Concrete Drying Time

There are many chemical and physical changes that happen inside a concrete mixture as it is dries and cures. “When cement is mixed with water, rock-like crystals begin growing, giving the soon-to-be concrete its strength,” said Dynamic Concrete Pumping. Several variables can influence how quickly concrete dries and cures:

  • Temperature: Warmer temperatures accelerate the drying process, while colder temperatures slow it down.

  • Humidity Levels: High humidity retains moisture in the concrete, potentially slowing drying time, whereas low humidity can cause it to dry too quickly.

  • Water-to-Cement Ratio: A higher water content can extend drying time, while a lower ratio promotes faster drying and stronger concrete.

  • Aggregate Type: Larger aggregates slow down the drying process compared to finer aggregates.

  • Additives: Certain additives can alter drying times. Calcium chloride, for example, speeds up drying, while retarders like sodium sulfate and tartaric acid slow it down.

Recommended Concrete Drying and Curing Times

To ensure proper strength and durability, follow these general guidelines:

  • 24 to 48 hours – Safe for foot traffic.

  • 7 days – Adequate strength for light vehicle traffic.

  • 28 days – Full curing time for maximum strength.

Why Proper Curing Matters

Curing plays a vital role in ensuring the strength and longevity of concrete. “When most people think of curing, they think only of maintaining moisture on the surface of the concrete,” according to Concrete Network. “Concrete gives the concrete what it needs to gain strength properly.” It serves these important purposes:

  • Maintains moisture levels to support continued strength development.

  • Prevents premature shrinkage that can cause cracks before the concrete gains sufficient strength.

  • Enhances durability, water resistance, and wear resistance, ensuring long-lasting performance.

By understanding concrete drying time and following best practices, you can prevent premature cracking, enhance durability, and ensure your project stands the test of time.

Your business depends on precision and efficiency. At Ready Mixer, we help you get the job done right the first time with reliable, high-performance concrete equipment. When you need the best tools for the best results, trust Ready Mixer. Contact us today for expert advice and top-tier concrete mixing solutions!

Concrete Chipping

Hey everyone,

Daniel from Ready Mixer here.

Today we are going to talk about concrete chipping. 

Honestly, as a mini batch plant owner, this is a topic you would never want to happen to you, but it happens. 

I wanted to give you an idea of how to deal with it and helpful tips when someone leaves concrete that sets in your mixer or you need chipping from general caking that’s happened over time. 

To begin some great tips to prevent general caking are putting ice in the water or a mixer to cool down the water so that the concrete doesn’t set faster because of the heat. 

If you want to do it yourself you could either get a chisel and hammer or a handheld jackhammer.

Some services do concrete chipping across the US if you want to outsource that work.  

Such companies we found are General Chipping, Lopez Concrete Chipping, Express Chipping, and Coast 2 Coast Concrete Chipping. 

From our research mini batch plants usually require a chipping service every 4 – 8 months. 

Chipping Services cost from our research usually cost $300 per yard of concrete. 

The winter time you won’t have to chip the concrete as much because you will have a longer time before the concrete sets. 

Generally speaking,

you want the concrete to be poured within 90 minutes two 2 hours after it is loaded in the drum and begins mixing to prevent caking and the drum from drying up.  

If you have a higher psi load and hotter temperatures you are pouring in, then the concrete will dry and cure quicker. 

If you have a lower psi mix and colder temperatures, then the concrete will have a longer dry and cure time. 

Concrete Caking can cause inconsistent batching, incorrect yardage pours, and machine breakdown at worst which all cost you money. 

As always 

Eliminate Short Load Fees, Eliminate Order Minimums, Eliminate Wait Time.

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The Cost of a Mini Batch Plant

Ready Mixer's concrete mixer and wheel loader on a construction site with utility poles.
Ready Mixer's Mini Batch Plant Equipment

Hey everyone,

Welcome back to another blog post from Ready Mixer.

Today I wanted to talk about the high cost of starting a mini batch plant and different ways you can cut costs. 

Based on our market research the average cost of buying a full mini-batch plant from our competitors is 107,712 given you only buy 2 1.75-yard mixers and a hopper. That excludes the loader.

Our cost for the same given amount would be 61,250 which is a 30k difference in price.

Our equipment is made with name brands you can easily find in America as well such as Honda and Kubota. 

If you have a skid steer or excavator they would work perfectly without a system and would save you money from buying our wheel loader. 

We could connect you with suppliers that specialize in putting weight scales on skid steers so you can get your ratios correct.

If you didn’t want the weight scales, you could easily do some bucket math to calculate the correct ratio with your loader. 

Another question I get a lot when speaking to our customer base is, “How many mixers should I start with?”

I think a good number to start with can range from 2-5 mixers based on the demand in your area. 

You can always start with 1-2 mixers and buy more as the demand increases too.  

The average lead time from our competitors based on our market research is 9 – 12 weeks (63 to 84 days) whereas our lead time is between 12 – 17 weeks ( 90 – 120 days).

If we have equipment in stock at our factory, then our lead time on average drops to 4 weeks (30 days).  

Yes, our lead time is longer, but we are the most affordable option and we also ensure our equipment is working properly before we send them out. 

What if you bought a piece of equipment just to have it break down a few weeks after you got it?

Our goal at Ready Mixer is to give you quality equipment that will last at an affordable price. 

Understanding Concrete Mixing Ratios for Mini Batch Plants

One of the most critical aspects of operating a mini batch plant is achieving the correct mixing ratios for short-load concrete mixes. Proper mixing ratios ensure consistent quality, strength, and durability in every batch.

What is a Concrete Mix Ratio?

Concrete is made from combining raw materials together in different amounts, referred to as a ratio, to create a desired outcome. Sometimes that outcome is a specific strength, durability or workability requirement for a project. Understanding your project needs will help you determine the precise mixing ratio needed when creating a batch of concrete. Much like baking a cake, the core ingredients in a concrete recipe are the same, but the amounts of each can change your recipe drastically. So, what are those core ingredients? 

  • Cement
  • Aggregates like sand, gravel, crushed stone, recycled concrete or asphalt, or a manufactured substance like slag or clay.
  • Water

Common Concrete Mixing Ratios

Table
Standard Concrete Mixing Ratios
Table
Concrete Mixing Ratios When Using a 5 Gallon Bucket

Mini batch plant operators frequently use several standard concrete mixing ratios depending on the application. The most common ratios include:

  • 1:3:3 (Cement: Sand: Gravel) – This ratio consists of one part cement, two parts sand, and four parts gravel. It is widely regarded as one of the best mixing ratios for producing a 3000 PSI concrete mix. This mix can withstand heavy loads and structural stresses and is ideal for footings, concrete patios, and foundation walls.

  • 1:2:4 (Cement: Sand: Gravel) – Also known as M15, this ratio typically yields a concrete mix with a compressive strength of around 2900 PSI. It is commonly used for residential and light commercial construction, such as foundations and floor slabs.

  • 1:2:3 (Cement: Sand: Gravel) – This high-strength ratio produces concrete with a compressive strength of approximately 4000-4500 PSI after a full 28-day curing period. It’s one of the most popular mix ratios in construction for a reason and covers a lot of bases!

Achieving Accurate Mixing Ratios

To ensure consistent results, accurate measurement of each aggregate is essential. Ready Mixer wheel loaders come equipped with weight scales allowing operators to precisely measure materials before loading the hopper. For customers using skid steers, our sales team can recommend trusted suppliers of weight scale attachments to retrofit an existing machine.

By incorporating weight scales directly into the loading process, operators can maintain high hourly production rates without sacrificing mix accuracy.

Water Measurement and Cleanout Options

Accurate water content is critical for achieving the desired mixing ratios and ensuring consistent concrete strength across all batches. “Water is the catalyst for the cement’s chemical reaction,” says All Mix Concrete in their article explaining concrete mixing ratios. “The right amount of water is crucial to achieve the desired workability and strength.” To help create the perfect mixture with just the right amount of water, Ready Mixer offers optional water attachments that can be used for both cleaning and precise water measurement.


Selecting the right concrete mixing ratios is vital for producing high-quality concrete in mini batch plant operations. Whether you’re mixing for footings, slabs, or small residential structures, having the proper equipment and processes in place will help you deliver consistent, durable concrete to your customers.

Contact us today to learn more about our mini batch plant solutions and how our weight scales and water attachments can streamline your production process.

What is Ready Mixer?

Hello everyone, welcome to the Ready Mixer blog. 

A quick introduction about us, Ready Mixer is a concrete equipment manufacturing company specializing in eliminating short load fees, order minimums, and wait time for construction companies, repair foundation companies, general contractors, concrete contractors, mini batch plant customers, and many others.

We are based out of Huntington West Virginia and have been in business since 2023 helping people all across the United States with our concrete mixing equipment. We currently offer two models for mixing concrete, which are our skid rails and trailer models. 

Our equipment is tailored to have parts widely used in the United States, so you shouldn’t have an issue finding replacement parts if needed. We also keep spare parts in case of replacement if you ever need any. Our equipment also comes with a 1-year warranty for ease of mind. 

Some features of our equipment include:

  • Optional water attachment for mixers on trailers and skid rails
  • Honda or Briggs and Stratton Engines (Mixers and Hopper) 
  • Kubota Engine (Wheel Loader)
  • Weight Scales (Wheel Loader)

We have different mixing capacities for each model that can range from 1-3 yards for the trailer model and 1-6 yards for the skid rails model. 

Our pricing is competitive to the market and can range anywhere from 22,500 – 35,000 dollars for our mixers. 

Whether you want a full mini batch plant set up or just one mixer, we will take care of you!

Stay up to date with our blog for Ready Mixer updates and to know what we are working on.