P5000 Quick-Stall Frame Acrylic by Stewart Filmscreen

P5000 Quick-Stall Frame System - Acrylic

The Quick-Stall Frame System allows for easy installations of rigid, rear projection, screen material by eliminating the need for a finished trim.

Features:

Allows for easy installation of rigid materials
Sturdy aluminum construction
3” exposed frame surface
Covers unfinished molding with a built-in 5/8” trim flange
Beveled edge (45 degree) bringing the image closer to the audience
Designed to be inset into a wall or cabinet
Freestanding systems also available

Available Options (available by factory quotation):

Create a professional atmosphere with Stewart’s optional VeLux™ appliqué

Description
Screen Materials
Downloads
Detail Images

The Quick-Stall Frame System covers unfinished edges with a built-in 5/8" trim. Create a professional atmosphere by applying Stewart’s optional VeLux™ appliqué.

Screen Material Quick Reference Guide

Rear Projection

Material Name	Gain	Half Gain	Color	Description
Graphite 70	0.7	48 Degrees	Dark-Gray	Graphite 70 is an acrylic, rear projection screen, excellent in custom applications with short projection light paths. Graphite 70 can reduce ghosting tendencies without increasing bloom.
AeroPlex 90	0.9	71 Degrees	Off-White	AeroPlex 90 is an acrylic, rear projection, screen material formulated to provide excellent white field uniformity. AeroPlex 90 performs well in environments where ambient light can be controlled. AeroPlex 90 is appropriate for extremely wide viewing angles and is ideally suited to extremely short throw projection light paths. Click Here to download spec sheet.
AeroPlex 100	1.0	63 Degrees	Off-White	AeroPlex 100 is an acrylic, rear projection, screen material formulated to provide excellent white field uniformity.
Graphite 100	1.0	44 Degrees	Dark-Gray	Graphite 100 is an acrylic, rear projection, screen material formulated to combine a 30% neutral density, gray acrylic substrate with an above unity gain and wide angle optical coating.

Documents

Rigid-Owners-Manual.pdf - 807286 .pdf

234kb

07-15-2015