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What's old is new

Like time, precast never stands still.

Precast has been around since 2500 BC, but that doesn’t mean it’s an outdated concept. Precast is constantly changing and evolving to fill the needs of a modern world.

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Dirty exhaust from yellow pickup truck
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Slide to reveal how precast has changed transportation
About 1.6 million electric vehicles were sold in the U.S. in 2023. More vehicles means an increased need for charging stations across the country. Charging stations utilize precast components.
Slide to reveal how precast has changed transportation
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House destroyed by tornado
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Slide to reveal how precast is changing housing
Precast concrete homes are cheaper to heat and cool and are built to withstand natural disasters.
Slide to reveal how precast is changing housing
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Rotary phone
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Slide to reveal how precast is changing communication
Precast bases provide a strong and stable foundation for many of the towers that connect our cellphone networks.
Slide to reveal how precast is changing communication
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Roman Colosseum
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Slide to reveal how precast has changed entertainment
Ancient concrete structures that hosted sporting events and performances are still standing today. It makes sense that we would use the same materials to construct modern venues.
Slide to reveal how precast has changed entertainment
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Floppy computer disks
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Slide to reveal how precast has changed data storage
The history of data storage includes punch cards, floppy disks, CD-ROMs and flash drives. Today, we store our data in the Cloud, supported by thousands of data centers. Precast is a crucial component of these centers.
Slide to reveal how precast has changed data storage

The innovations just keep coming.

Precast is no stranger to cutting-edge technologies and groundbreaking developments. Here are a few recent projects making headlines:

‘Talking’ Concrete

Purdue University has invented a sensor that allows concrete to “talk,” letting the engineers know when it needs repairs. Embedded directly into the concrete during the manufacturing process, the sensors send the engineers more precise and consistent data about the concrete’s durability and when it needs maintenance.

sensor in concrete

3-D Printing

3-D printing is a manufacturing process that allows the user to create a three-dimensional object from a digital file, which then can be used to replicate a bigger model. Precasters use 3-D printing to design and plan project, solving problems before manufacturing begins.

3-D printer

Artificial Intelligence

Artificial Intelligence (AI) is rapidly being integrated into precast manufacturing. From automated quality checks and predictive maintenance to production planning and workforce scheduling, precast utilizes AI to improve its processes.

computer network

Augmented Reality

Augmented reality (AR) is an interactive experience that overlays digital information into the real-world. This technology can be used in project planning, managing proper installation, certification and training, modification of projects and exploring design elements.

precast professional using augmented reality

Better Cement

Drawing inspiration from human bone, researches have developed a cement-based material that resists damage 5.6 times better than standard materials. The material has the potential to toughen construction materials without sacrificing strength.

cement dust
declaration of independence

Which historical document is protected by precast?

A precast concrete vault at the National Archives protects the Declaration of Independence when it comes off public display each day. It is waterproof and fireproof. That vault also protects the Constitution and Bill of Rights.

Interior of a fast food restaurant

What percentage of fast-food restaurants in the United States contain precast concrete?

Fast-food restaurants can include many precast concrete elements, including walls, sewer and water systems and grease-handling equipment required by health codes.

power pole

Some precast concrete power poles can withstand winds up to …

Precast concrete power poles can weigh about 8,000 pounds and won’t snap in half in the face of strong hurricane winds. With a wind rating of 145 mph, some poles could withstand up to a strong Category 4 hurricane.