STEP 1: PLANNING & DESIGNING
Custom Cables, Fast Turnaround, Certified Team in Post-Tension Cable Fabrication in Colorado Springs.
Araco Group is the only post-tension cable fabrication provider in Colorado Springs, delivering high-performance solutions for concrete contractors, builders, and developers. Whether your project is a high-rise, multifamily development, parking garage, or large slab foundation, our custom-fabricated PT cables and wire mesh are built to match your specifications on demand.
If you need custom PT cables for your next commercial, multifamily, or industrial concrete project, Araco Group is ready to deliver. We help you meet deadlines, optimize performance, and keep your builds moving forward with no compromise.
Our in-house fabrication shop allows us to offer quick turnaround and unmatched flexibility. We work with civil contractors, structural engineers, and concrete crews to deliver ready-to-install post-tension materials, no delays, no outsourcing.
From stress cables to welded wire mesh, everything is built to industry standards and your specific engineering specs.
of post-tension cable fabrication in Colorado Springs
and cable configurations based on project requirements
Most orders are ready within 7 business days
ensures accuracy, safety, and reliability
floor systems, and multi-level buildings
Reduced cracking, and stronger load resistance
for the same rebar strength
between apartment or office levels
and shifting over time
thanks to faster installation
Araco Concrete delivers premium concrete services throughout Southern Colorado. As a growing leader in the industry, we continue to grow our operations and expand facilities and equipment to better serve our customers. The Araco name has been an integral partner on many distinguished projects and we are committed to bringing that same standard of excellence to each job we undertake.
From foundations and slabs to structural walls and posttension systems, Araco delivers high-performance concrete solutions for commercial, industrial, and multifamiy projects. Our expert crews ensure every our meets structural demands, project specs, and quality standards.
Our engineering approach focuses on precision, safety, and sustainability. We provide excellence in every aspect of our business, from pre-construction to closeout. Each team member is committed to providing the best quality service in their area of expertise.
We are continuously seeking more productive and efficient methods to perform our scope of work. We achieve this by staying open minded, listening, and researching processes to improve our company and its operations.
The concrete construction process is a systematic journey that converts raw materials like cement, water, and aggregates into durable, long-lasting structures. Each stage is critical for ensuring the strength and longevity of the final product. The concrete construction process is a meticulous, multi-stage operation starting with planning and site preparation, followed by erecting formwork and placing reinforcing steel (rebar). Concrete is then mixed, poured, and finished before undergoing a curing process—crucial for strength—to ensure the structural integrity of foundations, walls, or slabs
Before any concrete is poured, thorough planning and design are crucial. This stage involves:
Site Analysis – Engineers and architects analyze soil conditions, environmental factors, and load-bearing capacities.
Blueprint Creation – Detailed plans are drawn to ensure structural integrity.
Permit Acquisition – Local building codes and regulations must be met before construction begins.
Material Selection – Choosing the right type of concrete mix, reinforcements, and additives to suit the project’s needs.
Proper site preparation ensures a stable foundation for the concrete. The key tasks in this phase include:
Clearing and Excavation – Removing vegetation, debris, and topsoil to create a level worksite.
Soil Compaction – Compacting the soil to prevent settlement and foundation failure.
Formwork Installation – Wooden, metal, or plastic forms are placed to shape the concrete as it sets.
Reinforcement Placement – Steel bars (rebar) or mesh are laid inside the forms to strengthen the concrete.
The mix's quality determines the final structure's strength and durability. Concrete is composed of four primary materials:
Cement – The binding agent that hardens and holds the mixture together.
Aggregates – Sand, gravel, or crushed stone provide bulk and stability.
Water – Essential for the hydration process, which enables the cement to harden.
Additives – Chemical or mineral substances that improve workability, durability, or curing times.
Concrete can be mixed on-site or delivered from a ready-mix plant, depending on the scale of the project.
Once mixed, the concrete is transported to the site and poured into the prepared forms. The pouring process requires careful execution to avoid issues such as air pockets, weak spots, and inconsistencies.
Placing the Concrete – The mix is poured in layers to ensure uniformity.
Vibration and Consolidation – Mechanical vibrators remove air pockets and ensure even distribution.
Screeding – A straight edge is used to level the surface and remove excess concrete.
Floating – A float smooths the surface and brings fine aggregates to the top.
Curing is one of the most critical steps in the concrete construction process. It ensures that the concrete achieves its full strength and durability.
Moisture Retention – Watering or covering the surface with plastic sheeting helps retain moisture.
Curing Compounds – Chemical sprays can slow down moisture evaporation.
Temperature Control – Concrete must be protected from extreme heat or cold to prevent cracking.
Curing Time – Typically, concrete reaches 70% of its full strength in seven days and full strength in 28 days.
Curing is one of the most critical steps in the concrete construction process. It ensures that the concrete achieves its full strength and durability.
Moisture Retention – Watering or covering the surface with plastic sheeting helps retain moisture.
Curing Compounds – Chemical sprays can slow down moisture evaporation.
Temperature Control – Concrete must be protected from extreme heat or cold to prevent cracking.
Curing Time – Typically, concrete reaches 70% of its full strength in seven days and full strength in 28 days.
Curing is one of the most critical steps in the concrete construction process. It ensures that the concrete achieves its full strength and durability.
Moisture Retention – Watering or covering the surface with plastic sheeting helps retain moisture.
Curing Compounds – Chemical sprays can slow down moisture evaporation.
Temperature Control – Concrete must be protected from extreme heat or cold to prevent cracking.
Curing Time – Typically, concrete reaches 70% of its full strength in seven days and full strength in 28 days.
Curing is one of the most critical steps in the concrete construction process. It ensures that the concrete achieves its full strength and durability.
Moisture Retention – Watering or covering the surface with plastic sheeting helps retain moisture.
Curing Compounds – Chemical sprays can slow down moisture evaporation.
Temperature Control – Concrete must be protected from extreme heat or cold to prevent cracking.
Curing Time – Typically, concrete reaches 70% of its full strength in seven days and full strength in 28 days.
Araco Group LLC is a leading, full-service commercial and civil concrete contractor headquartered in Colorado Springs serving commercial, industrial, municipal, and multifamily markets. Utilizing a robust, company-owned fleet of heavy equipment, we deliver comprehensive structural concrete, flatwork, site excavation, and asphalt paving across Colorado’s Front Range.
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Sat. & Sun: Closed
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