Spray

Fujifilm Prescale Film Placed Under a Spray Impact
Fujifilm Prescale® Film Placed Under a Spray Impact





Fujifilm Prescale Film After Analysis

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Fujifilm Prescale® is a thin flexible mylar film that reveals pressure distribution and magnitude between any two contacting surfaces. Fujifilm Prescale®contributes enormously to the R&D and QC areas within the scope of particulate flows and sprays. The film has been useful in assisting with calibration/prototyping of nozzle design and adjustment, optimization of powder coatings, testing impact of plasma and flame spraying, surface enhancement, and particle erosion and wear studies.

Fujifilm Prescale® is extremely thin (4 to 8 mils) which enables it to conform to curved surfaces. It is ideal for invasive intolerant environments and tight spaces not accessible to conventional electronic transducers.

Have you ever needed to evaluate pressure or force between two touching or mating surfaces? Previously, your only alternatives were strain gauges and load cells, that are both time consuming and difficult to interface. Now with the advent of our disposable one-time use pressure film, Fujifilm Prescale®, evaluating surface contact pressure distribution and magnitude is accurate, quick and highly economical.



Pressure Film Type Code Alternative Code Pressure Range Order Now
Extreme Low LLLLW / 4LW XL310 7.2 - 28 PSI (0.5 - 2 kg/cm2) Order Now
Ultra Low LLLW UL270 28 - 85 PSI (2 - 6 kg/cm2) Order Now
Super Low LLW SL270 70 - 350 PSI (5 - 25 kg/cm2) Order Now
Low LW L270 350 - 1,400 PSI (25 - 100 kg/cm2) Order Now
Medium MS M270 1,400 - 7,100 PSI (100 - 500 kg/cm2) Order Now
High HS H270 7,100 - 18,500 PSI (500 - 1,300 kg/cm2) Order Now
Super High HHS SH270 18,500 - 43,200 PSI (1,300 - 3,000 kg/cm2) Order Now

Physical Specifications
Operating Temperature 68°F - 95°F (20°C - 35°C) much higher for brief exposure
Humidity Range 20% to 90% RH
Gauge (Thickness) 4 - 20 mils
Spatial Resolution From 5 - 15 microns
Substrate Polyethylene Terephthalate (PET)
Accuracy ± 10% visual, ± 2%
Utilizing optional optical measurement systems
Shelf Life 2 Years