St. Imprints Powder .


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Plan. Plant OverviewHYBRID Propellant TechnologySmall Caliber ApplicationsMedium Caliber ApplicationsLarge Caliber ApplicationsSummary. St. Imprints Powder Producing Propellant Since 1970. . . 1974 sections of land, 137 structures, 6.5 miles of streets Propellant production> 150 productsProduct blend half Military
Transcripts
Slide 1

St. Marks Powder HYBRID Propellant for Small, Medium and Large Caliber Applications

Slide 2

Agenda Plant Overview HYBRID Propellant Technology Small Caliber Applications Medium Caliber Applications Large Caliber Applications Summary

Slide 3

St. Marks Powder Producing Propellant Since 1970 1974 sections of land, 137 structures, 6.5 miles of streets Propellant creation > 150 items Product blend half Military & half Commercial Largest maker of military and commercial little arms charge in the U.S.

Slide 4

HYBRID Gun Propellant New From St. Marks Powder PERFORATED • DETERRED Ultimate ballistic effectiveness accomplished by joining punctured geometry with smolder rate modifiers (obstructions) Illustration of a force grain cross segment Deterrent Layer - connected to tailor the blaze rate for particular applications to upgrade ballistic proficiency HIGH PERFORMANCE - Optimum blaze progressivity - High stacking densities COOL BURNING - Low disintegration & low glimmer ECONOMICAL - Modified traditional process and fixings

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Single Perf for lessened barrel wear (cooler blazing) HYBRID Propellant is Manufactured in Single, Seven, and Nineteen Perf Geometries for Application Flexibility Seven Perf for higher vitality execution (less obstacle) Nineteen Perf for most noteworthy bed porousness

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Manufacturing Process HYBRID PROPELLANTS ARE PROCESSED UNDERWATER IN A SAFE, ECONOMICAL AND ENVIRONMENTALLY FRIENDLY MANNER - THEY UTILIZE CONVENTIONAL PROPELLANT INGREDIENTS: NITROCELLULOSE AND NITROGLYCERINE ECONOMICAL SAFE ENVIRONMENTALLY FRIENDLY

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HYBRID Propellant for Small Caliber Applications Due to its dynamic geometry and science, HYBRID fuels are perfect for little gauge rifle applications Demonstrated 10% charge weight decrease in centerfire rifle applications with magnificent temperature affectability Great for long range expert rifleman applications

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HYBRID Propellant for Medium Caliber Applications

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St. Marks Powder HYBRID Propellant Super 40MM Air Burst Test Summary: Target Velocity = 1050 mps at P+3SD< 480 MPa Temp Velocity Pressure Action Time +70º F 1049 mps 399 MPa 4.13 ms 2 +145º F 1046 mps 402 MPa 4.08 ms 3 6 - 40º F 1037 mps 390 MPa 4.30 ms 7 17 Achieved an indistinguishable speed from the 30mm GAU-8/A (same envelope) with a 675g 40m shot contrasted with the standard 367g 30mm shot

Slide 10

40mm AB Pressure-Time Trace

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Increased Muzzle Energy through Compaction HYBRID charges are plastic in nature and compressible . Through the usage of High Density Propelling Charge Technology (HDPC) the charge weight was expanded by 30% over free stacked force. Advantages of compacted charge versus ideal free HYBRID fuel 22% expansion in gag vitality Lower Flame Temperature (50°K) Improved Temperature Performance

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HYBRID Propellants for Large Caliber Applications HYBRID Propellants can be created with fire temperatures running from 2,000°K (Impetus = 800 j/g) to 3,500°K (Impetus = 1150 j/g) for an assortment of utilizations Multi-Perf, high vitality plans are perfect for cutting edge KE, coordinate fire ammo Low Flame Temperature HYBRID forces give extraordinary ballistic execution and broadened barrel life for high cyclic rate Army and Navy backhanded fire applications

Slide 13

Large Caliber Test Results 105mm M900 HYBRID Demonstration April \'02 @YPG Demonstrated Velocity Increase 7 Perf HYBRID + 60.0 Meters/Second 3 Round Std. Dev. = 1.6 M/S Baseline Propellant 3 Round Std. Dev. = 9.9 M/S

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HYBRID Propellant for FCS Applications HYBRID Propellant The New Technology Provides: The most elevated conceivable gag speed for Maximum Range A Lower Flame Temperature for Extended Barrel Life and No Muzzle Flash in many applications Environmentally amicable locally created crude materials Low Cost Conventional Ingredients Applicable to the full range of imagined Precision Guided Munitions (PGMs) and related drive frameworks.

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