Simply Supported Beam Deflection Hammerhead panel core density at various panel thicknesses * To calculate deflection for different panel widths, use the following formula: Deflection = Chart value* [12 / panel width]. Example: Deflection for 24 inch panel = Chart value *[12 / 24] Simply Supported Beam Deflection - Metric 115 kg/m3 core density at various panel thicknesses * To calculate deflection for different panel widths, use the following formula: Deflection = Chart value* [12 / panel width]. Example: Deflection for 24 inch panel = Chart value *[12 / 24] Fixed End Beam Deflection - Metric 115 kg/m3 core density at various panel thicknesses * To calculate deflection for different panel widths, use the following formula: Deflection = Chart value* [12 / panel width].

Deflection is dependent on support span distance. 3.50 4.50 p r in w * p r in w * Simply supported beam deflection for Hammerhead™ panels with 5.3 lb/ft3 core density 5.00 6.00 7.00 8.00 9.00 10.00 p r in w * p r in w * * To calculate deflection for different panel widths, use the following formula: Deflection = Chart value* [12 / panel width]. Example: Deflection for 24 inch panel = Chart value *[12 / 24] 5.00 6.00 7.00 8.00 9.00 10.00 p r in w * 3.50 4.50 p r in w * p r in w * 0.70 0.90 p r in w * Simply supported beam deflection for Hammerhead™ panels with 8.4 lb/in3 core density * To calculate deflection for different panel widths, use the following formula: Deflection = Chart value* [12 / panel width]. Example: Deflection for 24 inch panel = Chart value *[12 / 24] Fixed end beam deflection for Hammerhead™ panels with 8.4 lb/ft3 core density 1.40 p r i w * 0.05 0.15 0.25 0.35 p r in w * p r in w * 0.02 0.04 0.06 0.08 0.12 0.14 p r in w * * To calculate deflection for different panel widths, use the following formula: Deflection = Chart value* [12 / panel width].

CORE(TM) SK405 White formula #1 CORE(TM) SK406 White formula #2 CORE(TM) SK407 White formula #3

Colorant Chromatics™ Low Temperature Inks Low Temperature Inks for ECTFE/ETFE/PVDF These inks are water-based with a synthetic binder for excellent adhesion to fluoropolymer materials.

68889W1MX WILFLEX ONE BLUE 78888W1MX WILFLEX ONE GREEN 88889W1MX WILFLEX ONE GOLD

In plastics, paints, and inks carbon black is used as a color pigment. USES AND APPLICATIONS Colored printing inks, non-impact printing, coatings, paints and lacquers, plastics, spinning fibers, specials applications; pigment, conductivity, reaction media, UV-filters. CATEGORY DETAIL EC Number 215-609-9 CAS Number 1333-86-4 Name Subclass 1 Carbon Black Structural Formula CHEMICAL IDENTITY H | C||||HH H HEALTH EFFECTS HUMAN HEALTH SAFETY ASSESSMENT Consumer Overall, as a result of the detailed epidemiological investigations, no causative link between Carbon Black exposure and cancer risk in humans has been demonstrated.

Results showed that these materials provide better chemical resistance and property retention versus conventional PC blend alternatives after exposure to common consumer disinfectants, including Lysol® all-purpose cleaner, Formula 409® heavy duty degreaser, and Clorox® disinfectant wipes. NOTE: Lysol® is a trademark of Reckitt Benckiser LLC; Formula 409® is a trademark of The Clorox Company; and Clorox® is a trademark of The Clorox Company.

CLEVELAND – June 17, 2019 – PolyOne’s Specialty Inks group today launched Libra™ silicone ink, the latest offering within its new Zodiac™ brand collection of eco-conscious screen-printing inks. Special-effect reflective, metallic and gel inks may be used in conjunction with other Libra silicone inks to enhance prints and differentiate designs PHOTO CAPTION: PolyOne Specialty Inks collection of Zodiac Libra silicone inks are designed to meet sustainability and performance demands.

WILFLEX ULTRA SOFT GRAY WILFLEX ULTRA BRIGHT RED WILFLEX ULTRA SOFT MAGENTA

Cesa™ Mix Additives Screen Printing Inks Cesa™ Mix Additives