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Step 1: FIP Gasket Height Calculator
This calculates an ideal FIP gasket height and width by taking into account the compression set of the material and the volume of space the gasket expands into when compressed. Several different gasket profiles and compression stop configurations are offered. These configurations also serve to illustrate key considerations when designing for re-seal-able gasket configurations.
Good FIP gasket design includes rounded contact points and reasonable clearance or esa large volume of space around the gasket.
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Step 2: FIP Gasket Material Usage Calculator
This calculates the volume of the gasket and the required dispense rate for the gasket. This also provides the gasket material cost and the number of gaskets a particular container could provide. Since all dispense setups have some variability, resulting numbers may not match actual measurements.
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Step 3: Pressure Drop Calculator
By estimating the resistances through common material setups, this tool provides a good "first guess" at how much pressure is required to move the material from the container through the tip.
PLEASE NOTE: THE ESTIMATES THIS CALCULATOR PRODUCES ARE ADJUSTED BY OBSERVED FACTORS OBTAINED THROUGH IN-HOUSE TESTING HERE AT NEW PRECISION TECHNOLOGY, INC. YOUR SPECIFIC CONFIGURATION AND RESULTS MAY VARY!
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Conformal Coat Material Usage Calculator
This calculator estimates the amount and cost of material used in a conformal coat application. It also provides an estimate as to how much time is required to dispense the material.
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Links
Industry Links. Essential web sites for gasket compounds, soldering materials, conformal coating materials, cyano-acrylates, epoxies, and other materials. Look here for safety links (manufacturers of safety equipment as well as a link to OSHA) and other industry resources.
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White Papers
White papers, articles, and other resources on a variety of topics such as Return On Investment, Process Control, and Dispensing Techniques and Considerations.
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