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Case Study

Valmont Industries

Admixtures for spun-cast concrete pole production · Georgia, USA

RefKK-CS-US-003 LocationGeorgia, USA SectorIndustrial Key ProductsKingMix 214PC · KingAdd HC3
Project Information
ProjectValmont Industries — Spun-Cast Pole Production
LocationGeorgia, USA
ClientValmont Industries
Key ProductsKingMix 214PC · KingAdd HC3
ApplicationSpun-cast concrete utility poles
ExtrasCustom automated admixture dispensing system

Task at Hand

Valmont Industries, a global leader in engineering and innovation, specializes in custom-engineered solutions across utility, agriculture, and infrastructure — delivering solutions fabricated from concrete, steel, or hybrid materials.

In pursuit of modernizing vital infrastructure with an emphasis on sustainability and reliability, Valmont sought an advanced concrete solution for spun-cast concrete pole production: a mix providing superior workability and compaction appropriate for spun-cast production while maintaining high standards of durability and aesthetics, at a reduced water-to-cement ratio.

KingKrete Solution

KingMix 214PC

A water-reducing admixture crafted from polycarboxylic polymers and selective additives, significantly enhancing water efficiency for a high-strength, workable mix at reduced water-to-cement ratio — with minimal air entrainment, crucial for the structural integrity of spun-cast poles. It markedly improved workability, compaction, and surface-finish consistency, while improved water impermeability extends pole lifespan.

KingAdd HC3

A liquid admixture that effectively controls the hydration process of cement, keeping mixes workable for long periods — providing finishers the subsequent working time to spread and secure concrete in the steel column forms, minimizing waste and enhancing quality control.

Automated Dispensing System

A custom admixture dispensing system installed by KingKrete streamlined integration into the production process — precise, automated dosing ensuring consistent concrete quality, reduced manual error, and optimized material use.