Proud Partner of Hononegah High School

Our mission is to build meaningful buildings in which to live, work and play.  These are not just words to us, but an opportunity to impact people in an amazing way.  We are extremely grateful to have been part of building the Hononegah Community High School field house.

The new field house and ticket booths include 188 insulated precast wall panels, created at our plant in South Beloit, less than five miles from the high school.

The new building will replace the dome, which collapsed during a winter storm in 2015.  As of now, the field house is expected to be completed by March.  Wall panels, which feature a thin-brick design to match the existing building, were installed in June.

Mid-States Concrete has 42 families that reside in Hononegah Community High School District 207.

The Mid-States team donated two custom-etched Hononegah Indian heads which are featured in the school’s new monument, located on the south side of the field house near the ticket booths.  The monument was unveiled at a ceremony on Monday, Nov. 19.

“The community is proud of Hononegah and the whole idea of having something like this really gives us the opportunity to show off,” said School Board President David Kurlinkus.

The Indian heads were created using Graphic Concrete.  Graphic Concrete enables durable patterns and images to be produced on precast surfaces through the use of a membrane with a surface retarder.  Concrete is cast on the membrane and when the retarder is washed away, the image is revealed.

“There’s a lot that goes in to putting a project like this together and so today was just an opportunity to say thank you and we look forward to watching the kids play ball here and grow,” said Hagen Harker, president of Mid-States Concrete.

What are you thankful for?

With Thanksgiving just a couple of days away, it is a great opportunity to take a moment and consider all the things we have to give thanks and be grateful for.

Last year, I was first and foremost grateful for the baby having a dance party in my womb. This year, I am first and foremost grateful for the sweet baby boy who is now here, crawling all over the place, starting to pull himself up on things, and getting into everything he isn’t supposed to. His favorite thing is laughing at me when I tell him “no.” I’m using my stern voice, I swear!

I am thankful for the additions to my family within the past year, and thankful for the additions with quickly approaching due dates. I’m grateful that despite a few health scares this year, my family is all here to celebrate another holiday together.

I am especially thankful for all the help I received with my newborn son. It truly takes a village, especially when the new villager has colic! Thank God he outgrew that and is just the sweetest, happiest little boy you will ever meet (not that I am biased or anything!).

I’m grateful for friends, who despite the miles between us, still manage to play a large role in each other’s lives. Even with our growing families, we still find the time to pick up the phone regularly and see each other as often as we can. I wouldn’t trade my SQUAD for anything.

I am thankful to be part of the Mid-States team. This team is made up of some truly amazing individuals, individuals that I feel lucky to know and work with. It continues to be wonderful to work for a company that truly cares about its team members and invests in them. And despite how they can drive me crazy sometimes, I really do enjoy the people that I work with every day. They are all just a a little bit weird!

Finally, I am thankful to know that I have so much to look forward to in the coming year. It will be as good as I make it, and I am aiming for GREAT! I have been truly blessed.

Happy Thanksgiving! In recognition of the holiday, Mid-States will be closed on Thursday, November 22 and Friday, November 23. May your Thanksgiving be filled with family, friends, and plenty of delicious food!

Thermal Efficiency Saves Money

Thermal Efficiency of CarbonCast®
The U.S. Department of Energy estimates that 42 percent of energy consumed in a building is ultimately lost through the building envelope, or the barrier between the building interior and outdoor environment.  A significant portion of any commercial envelope is the exterior wall.

The building envelope is critical in regulating internal building temperatures and determining how much energy is required to heat or cool a structure for occupant comfort.  Heat transfer through envelope components such as walls wastes energy.  Thermally efficient exterior wall systems aim to mitigate heat transfer and energy loss.  They are engineered to minimize the opportunities for heat to flow from the interior surface through the wall to the building’s exterior.

The role of wythe connectors
In insulated precast concrete wall panels, wythe connectors act as a mechanical connection between the inner and outer layers of concrete.  Because they form a connection through the insulation, there is an opportunity for thermal bridging to occur as well.  Traditional wythe connection options such as solid zones of concrete or metal connectors – while providing a reliable mechanical connection – permit heat transfer between the wall because of the materials’ inherent conductivity.

What is important is designing a performance specification on the overall wall system rather than just the connector alone.  A specification based on the overall wall system is one of the best ways of ensuring that the enclosure will meet the owner’s standards.

The role of insulation
Insulation helps to prevent the flow of heat across the exterior envelope.  The use of continuous insulation further stems the flow by eliminating the presence of building materials that could facilitate thermal transfer.

Continuous insulation is defined in ASHRAE 90.1 as “insulation that is continuous across all structural members without thermal bridges other than fasteners and service openings.  It is installed on the interior or exterior or is integral to any opaque surface of the building envelope.”

The thermal performance of edge-to-edge insulated precast sandwich wall panels with no or minimal thermal bridges and no solid zones maintains the R-values for continuous insulation as defined in ASHRAE 90.1, thereby lowering energy costs for the owner and occupant.

~ Courtesy of AltusGroup

Design Assist Impacts Project Delivery

In recent years, a trend toward early integration of the design/build process has developed into what is now called design assist.

In this process, the precast concrete producer is selected based on qualifications for executing the demands of the specific project, PCI Certification, and the capability for technical expertise to assist the design and construction team in the development of the project. A contract is then awarded and should, at a minimum, include compensation for the design assistance. Significant benefits can be achieved if the contract also includes the supply and installation of the final products.

Benefits of design assist include development of concrete mixtures and finishes during the development process rather than going through a sample approval process after bid and award. Requests for information are eliminated with the precast supplier as a participating member of the design team. Precast erection drawings are prepared as design development nears completion, leading to a much smoother shop drawing review process. The structural design of the precast panel connections are completed in collaboration with the Engineer of Record to assure coordination with the design of the supporting and bracing structural system. The construction schedule is coordinated with the precast production schedule to assure timely delivery and installation. Any activity that normally occurs after award in a typical bid/build arrangement would be coordinated much earlier when the total precast contract is executed shortly after the design and construction team is assembled.

Precasters can offer detailed expertise that allows for expedited development of the design with engineering innovations and scheduling improvements while enhancing aesthetics and controlling budgets from conceptual design to project completion. Each element can be made as cost-effective as possible, taking advantage of the inherent performance characteristics of precast concrete. The precaster will be able to contribute design and detailing suggestions to ensure that maximum efficiency is achieved at the lowest erected cost. The result should be a functionally efficient and aesthetically pleasing enclosure that meets or exceeds the expectations for the project. Finally, the precaster should be considered as a partner on the design team. This will impose a responsibility on the precaster to understand related construction materials that must interface with the precast concrete so details appropriate to all the materials can be developed.

- Information courtesy of PCI

CarbonCast High Performance Insulated Wall Panels

Precast wall systems that are lighter, better insulating and more sustainable

You can design and build with lighter, continuously insulated, truly sustainable, and more energy-efficient precast wall panels using CarbonCast technology.

CarbonCast Enclosure Systems use advanced technology to improve precast concrete by integrating ultra-strong, non-corrosive C-GRID into wall panels during fabrication. By taking the place of steel reinforcement, C-GRID provides a multitude of benefits that makes factory-made precast concrete an even more intelligent choice for building envelopes.

Depending on design, CarbonCast panels are priced competitively with other curtainwall systems, such as brick-veneered, masonry, stud walls, or concrete. And after factoring in reductions to superstructure requirements and potential HVAC system and operating savings, CarbonCast enclosure systems can help pay for themselves immediately.

Benefits of CarbonCast Enclosure Systems

• Full composite action for load bearing performance

• Continuous insulation to meet ASHRAE requirements

• Aesthetic versatility

Markets

• Multi-family

• Commercial

• Industrial

• Education

• Hospitality

• Student living

• Healthcare

• Institutional

Energy Efficient and Lighter in Weight

The exceptional bonding and strength of C-GRID trusses allow AltusGroup precasters to use less concrete and more insulating foam to reduce energy use and create lighter panels. They deliver superior insulation values for enhanced thermal efficiency and reduced energy expenditures.

Superior at Load Bearing

Vertical panels are available for both load bearing and non-structural applications. They can eliminate the need for perimeter columns and add to usable floor space.

Dry, Mold-Free and Non-Combustible

Unlike brick and block insulated cavity walls or brick with steel studs, concrete does not allow water to penetrate, eliminating the need for a rain screen design. CarbonCast panels have no voids or cavities where air or water can combine to support mold and mildew growth. When properly designed, they virtually eliminate the possibility for in-wall condensation. And the inherent fire resistance of concrete provides additional peace of mind.

Ideal for Occupant Comfort

CarbonCast High Performance Insulated Wall Panels provide an acoustic isolating environment. Very little sound is transmitted through the walls, which can provide an interior free of exterior noise. And the lack of cold spots provides a more comfortable environment.

Pre-Finished on the Inside Wall

These panels can have a troweled interior finish to eliminate the cost and time to install drywall or other surfaces. They are ready for paint or wall covering and are ultra-durable.

We are very excited about this innovative system and how it is changing the built environment for the better.

Find more information about CarbonCast here.