Kimre Features and Benefits Brochure

Sheet1 We at KIMRE™ Engineer the Product to Satisfy the Process Needs. We DO NOT Limit the Process to Fit the Product. KIMRE™ Custom Engineered Solutions: Primary Features: Secondary Features: KIMRE™ B-GON® Media Benefits to You: Customized Design: Ability to Custom Design for a Variety of: Droplet Removal Efficiencies and Pressure Drops, Wide Range of Smallest Filament Diameters Best Collection Efficiency at Small Diameters Monofilament Diameters: Largest Filament Diameters Best Pluggage Resistance Highest Flow Capacity (When Combined with High Void Fraction), Highest Resiliency and Strength. Provides the Best Customizable Capacity Designs for: Dust Loading, Liquid Loading, Particle Size & Pressure Drop. Individual Layers of Media: Composite Construction Provides for a Wide Range of Conditions: Multiple Functions in One Composite Pad. Composite Pad is Used to Complement other Technologies. Integral, Uniform 3-D Structure: 90+% of Fibers are Highest Removal Efficiency Per Pressure Drop, Perpendicular to Gas Flow Highest Removal Efficiency Per Length of Fiber Supports higher mechanical Loads than ANY Other Mesh Integral, Uniform 3-D Structure: Self Supporting and Resilient NO Need for Support Rods thru the Media which Causes Bypassing. Cleanable and Re-usable Integral, Uniform 3-D Structure: Extraordinary Strength High Fiber Tensile Strength Provides the Ability for Large Pads to Withstand Higher Degrees of Loadings and Stress. Integral, Uniform 3-D Structure: Built-in Drain Points Accommodates Large Liquid Loadings and Higher Velocities. Best Design Program Accurate Prediction of Efficiency, Flow Capacity & Pressure Drop Provides Easer Installation and Maintenance. Integral, Uniform 3-D Structure: Flexibility Problems and Repairs are Readily Remedied by use of Edge Wrapping Media (Quick and Economical Repairs). Retains Shape and Thickness Integral, Uniform 3-D Structure: Withstands Mechanical Damage Can Handle High Pressure Washing. Cleanable by Crushing Media to Remove Scale. Non-Isotropic Flow Properties: Gas Flow Spreads-out within the Media which Evens the Flow Integral, Uniform 3-D Structure: Flow Resistance Inside the Across the Media, Providing Flow Stability, Complementing other Media is Lower than the Flow Products such as Chevrons, Making for Excellent Operation Resistance Through the Media for Carbon Bed Supports, as well in Cyclone Separators. Integral, Uniform 3-D Structure: Wide Variety of Void Fractions: Provides for a Wide Range of Liquid Loadings. 60 to 97% Allows use in "Plugging" services, and in High Load Bearing Conditions. Fewer Seams are Needed virtually Eliminating the Possibility of Bypass. Large & Wide Pieces: Fewer Component Pieces. Makes for Faster Installation. Provides the Capability for a Variety of Shapes, including "Candles". Large & Wide Pieces: One-Piece Construction Interleaving Allows the Construction of Huge Single Piece Pads. Allows the "In-Place" Construction of Seamless Pads in Large Vessels. Materials of Construction: Selected for the Process Enables a Wide Range of Chemical & Temperature Resistance Hot Wire Edge Cutting: Very Accurate To Size" Cuts Provides the Best Fit and the Lowest Risk of By-Passing Hot Wire Edge Cutting: Cut Edges are Always Denser Provides Less Risk for By-Passing. than the Body of the Pad Reduces the Risk for Localized Flooding. Proprietary Thermal Stabilization: Media is Stabilized Provides the Best Heat Stability of any Non-metallic Mesh Pad. Provides the Composite Pad with a High Resistance to Pluggage. Stagewise Particle Separation: Composite Pad Construction The "As-Installed" Pressure Drop Stays Consistently Lower, in Comparison to Others.Sheet2 Sheet3 MBD0063FDA8.doc