Custom netting for jobs that don’t fit the standard.

The challenge

Two food companies shared the same warehouse and needed to prevent flying insects from moving between their operations.

The solution

We created a continuous netting partition across the 220-foot-wide opening, using vertically seamed panels to cover the full span.

The challenge

Adhesive used during Beauflor's flooring production attracted insects, creating a problem around the application area.

The solution

We sourced a custom aluminum frame and added removable, washable netting panels that allow access when needed.

The challenge

Aircraft traveling to countries affected by malaria needed a way to keep mosquitoes out without using chemical sprays.

The solution

We developed a self-sealing screen that installs in under 60 seconds. The project was presented to the WHO and patented with USDA.

The challenge

NASA needed a 50 × 50 ft netting screen large enough to cover an industrial door while remaining stable in the wind.

The solution

We designed the rigging needed to support the massive screen and keep it stable even when exposed to wind.

The challenge

Florida storms repeatedly blew traditional screens out of USDA research cages, making repairs difficult and time-consuming.

The solution

We replaced spline screens with removable panels secured by Velcro and marine snaps, making the damage much faster to repair.

The challenge

Seasonal cottonwood was clogging Boeing’s expensive HVAC filters and increasing the need for maintenance.

The solution

We tested two mesh types to find the right balance between airflow and keeping cottonwood from reaching the main filters.

The challenge

A falconry operation needed to reduce the risk of mosquito-borne disease among valuable hunting birds.

The solution

We proposed triangular roof panels supported by cables radiating from the center like spokes, distributing support across the large span.

The challenge

USDA-ARS needed a 30 × 40 ft bee enclosure that could be opened and moved aside while keeping bees from escaping.

The solution

We used sealed panels and an overlapping entrance, with trolleys that allow the entire enclosure to gather to one side.

The challenge

During Gulf oil spills, tar balls could travel below the surface and enter rivers and estuaries before they could be collected.

The solution

We proposed a 13-foot net suspended from floating oil booms and weighted with chain to block tar balls below the surface.

The challenge

Drywall and other debris could fly out of open dumpsters while trucks traveled at freeway speeds of up to 70 mph.

The solution

We used heavy-duty netting with reinforced perimeter webbing and grommets so the cover could be securely tied down.