Chilled Beams maximize occupant comfort while reducing energy draw.
By transporting cooling and heating through water, active and passive YorkÃ-® chilled beams work together with chillers and air handlers to maximize occupant comfort while also reducing energy requirements for building heating/cooling. Shallowness allows for reduced slab-to-slab heights, and design also eliminates uncomfortable air motion from typical VAV systems. Utilization of water-side...
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High Capacity Lifting Beams meet current ASME standards.
Model 20HC High Capacity Lifting Beams are available in 9 models with 10, 15, or 20 ft spreads and capacities of 50, 65, or 80 tons. They come standard with 2 additional spreads on 12 in. increments, lifting shackles, built in stands, and pin bail.
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Lifting Beam Systems feature modular construction.
Modular Lifting Beam system, designed for one-man assembly, consists of spreaders ranging in size from 3-80 ft long in increments of 1 to 2 ft. Capacities range from 9-187 tons depending on span and spreaders used. For heavier lifting, MaxiBar system is offered with spreaders from 12-60 ft long and capacities from 12-350 tons. Both systems can both be pieced together in infinite configurations to...
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Everything You Need to Know About Cold Chain/Temperature Controlled Packaging
This ebook provides an overview of everything you need to know about cold chain and temperature-controlled packaging.
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Basalt America Announces Stronger, Lighter, and Corrosion-Free FRP's (Fiber Reinforced Polymers)
Fiber Reinforced Polymers (FRP), represents a truly groundbreaking advancement in structural reinforcement. Lightweight, strong, and green, they are changing the way the construction industry thinks about rebar. Unlike steel, FRPs don't rust and are far stronger than standard rebar. To learn why Fiber Reinforced Polymers are poised to change the way the world builds, see our video.
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