The Jumpmaster's 2.6mm polycarbonate lenses provide ballistic protection, ESSOPTICS™ distortion-free optical precision, and ESS ClearZone™ dedicated Anti-fog and Anti-scratch lens coatings. Additional Key Features Anti-microbial OpFoamTM face padding increases comfort & fit, Advanced ESS ClearZone™ FlowCoat coating eliminates fog inside & prevents scratches outside, Interchangeable distortion-free 2.4mm high-impact Polycarbonate lenses, 100% UVA/UVB protection

KMA 556

The LB 20,000 Container can desalinate water with amazingly little energy: as low as 8 kilowatts per 1000 gallons or 2 kilowatts per 1000 liters. The LB 20,000 Container is contained within a standard shipping container, pre-plumbed and tested with all components. The Pearson Pump™ is a breakthrough in pump design, combining a high-pressure piston pump with built-in energy recovery. The energy normally wasted in the high-pressure brine stream is recovered, saving up to 75% of the power required for a standard reverse osmosis system. The Pearson Pump’s™ “hydraulically locked” recovery rate allows the pressure required for reverse osmosis to float, based on the salinity or temperature of the feed water, without control inputs. Standard systems require operator adjustments as the pressure changes, but our fixed recover y rate system eliminates the need for operator input and prevents membrane damage.

The AR3 MLRS, a world leading ground-based long range precise strike weapon system, is mainly deployed at battalion or battery level in artillery, border and coastal defense troops. It consists of fire strike, command, reconnaissance and support units. AR3 MLRS boasts common frame launching, high accuracy, powerful lethality, strong modularity, rapid reaction and excellent maneuverability. Compatible with three types of calibers and various warheads and seekers, such as 300mm/370 mm guided rockets and 750mm ballistic tactical missiles, AR3 MLRS can perform high precision strike at high-value targets on both land and sea surface within a range of 20~290km.