Read the archived FLEXcon DPM Poly White Sheet for polyester construction, print and liner notes, page-date differences, test data, and current checks. This resource is for manufacturers evaluating custom nameplates, labels, overlays, or related identification components. Use it to prepare your project questions, then talk with our team about the requirements that apply to your part.
The archived FLEXcon DPM Poly White Sheet file presents a gloss white polyester stock through two different lenses: an industrial warning-and-instructional-label example on page one and a detailed product-data table on page two. The pages also display different modification dates – July 31, 2006 on the application page and October 27, 2011 on the data page.
Both dates should remain attached to the source. The later data-page date does not prove that every statement on the earlier application page was reviewed in 2011. This article therefore separates the two records and treats all specifications and recognition language as historical until a current source confirms them.
The first page frames DPM Poly White Sheet for warning and instructional marking on industrial equipment. It discusses legibility, printing, abrasion, assembly, shipment, and use. The photograph is labeled as an example of how FLEXcon products may be used.
That supplier example does not establish that a particular warning label or custom safety label meets a regulation or correctly describes a hazard. The customer remains responsible for the approved hazard analysis, signal word, symbol, message, translation, placement, and required review.
The gloss-white face entry reads 51 microns (2.0 mil) with 10% variation. For the backing liner, the sheet shows 175 microns (6.9 mil) and another 10% range. Its intervening permanent-acrylic layer is 23-25 microns (0.9-1.0 mil), accompanied by a 0.1-mil tolerance.
A current specification needs the current product code and revision. A generic request for “two-mil white polyester” does not preserve the topcoat, adhesive, liner, recognition, or supplier identity.
FLEXcon’s application page says the topcoated surface was compatible with most conventional and UV ink systems, followed by a recommendation to evaluate the intended system under actual application conditions. That qualification is essential for small warning text, symbols, barcodes, and color blocks.
A present screen-printing sample should use the proposed ink, cure, artwork, and line weight. When an overlaminate or coating is contemplated, include lamination before checking gloss, color, adhesion, abrasion, and readability. The face stock alone is not the finished graphic.
“No Shrinkage Observed” appears on the 2011-dated page. The associated setup kept the specimen on aluminum for an initial 24-hour dwell, then exposed that panel to 160 F for a further 24 hours. The observation belongs to that substrate, timing, and temperature.
It should not be converted into a universal no-shrinkage promise. Print coverage, cut shape, edge exposure, application surface, and cycling can change a finished part. Use the intended cut geometry in validation samples.
Average values under the sheet’s modified ASTM D903 method range from 12 ounces per inch on polypropylene and 15 on polyester powder paint to 87 on polyester. Other reported surfaces include ABS, acrylic, acrylic powder paint, aluminum, epoxy powder paint, glass, HDPE, painted metal, polycarbonate, polyurethane powder paint, stainless steel, and styrene.
This spread argues against a broad “bonds to plastics and metals” conclusion. Even substrates with similar category names can produce different test results. Current evaluation needs the actual resin or coating, its texture and additives, cleaning procedure, application pressure, temperature, and dwell.
The table reports room-temperature shear of 25 hours under the stated ASTM D3654 Method A conditions and tack of 360 grams per square centimeter under ASTM D2979. These numbers characterize the archived supplier sample; they are not design loads for an installed label.
Placement on a curve, near an edge, or across a textured area can introduce forces absent from the laboratory setup. Representative converted pieces should be applied and observed through customer-defined conditions.
The widest reported temperature field spans -40 F through 302 F in service, while application carries a 50 F minimum. Separate entries assign two years to exterior life and two years to storage when the environment is 70 F with 50% relative humidity.
None of these entries proves that graphics remain readable for two years, that adhesive application will succeed above a threshold on every surface, or that old inventory remains usable. Print, sunlight, cleaning, edge conditions, packaging, and storage history all require their own consideration.
Page one says the stock was recognized under UL 969 and cites UL file PGGU2.MH10170. It also states CSA acceptance under file 99214. These are supplier statements from the older application panel, not current verification.
A project that depends on recognition must confirm the current material, file, print system, substrate, temperature, and end-use limits. The site’s ANSI/UL 969 overview explains broader label context, while the current recognition record and customer compliance authority determine whether a specific construction is acceptable.
A durable film cannot correct an incomplete or obsolete instruction. For warning or instructional programs, the controlled record should identify the message owner, drawing and revision, applicable equipment models, language version, symbol source, required colors, and placement.
If a label also carries serial or rating information, decide whether the changing data belong on the same piece. Separate serial plates or rating plates may have different revision, variable-data, or attachment rules. The decision should follow the product record, not merely available space.
Material qualification and message approval can age on different timelines. A supplier may revise a film while the equipment manufacturer revises hazards, controls, standards, translations, or service instructions. Define who monitors each source and what event triggers a label review.
When content changes, check whether older equipment, replacement parts, and work-in-process need separate versions. Retain the link between artwork revision and applicable model or serial range. This prevents a physically acceptable label from carrying a message that belongs to another configuration.
A complete request should note that the archived application page is dated 2006 and the data page is dated 2011. Provide current artwork, substrate, application method, exposure, quantity, packaging, recognition needs, and acceptance criteria. Review current company-level process context on Quality Standards.
Then use request consultation for a project-specific review. The mixed-date PDF can identify useful questions, but only current evidence can support a current DPM Poly White construction.
Replacement labels deserve the same control as production labels. Confirm the equipment configuration, message revision, application surface, and removal or preparation method before releasing replacements, particularly when older field units may not match the latest drawing.
Send our team the drawing, artwork, specifications, quantities, application details, and timing requirements available today. We will review what you provide, identify open questions, and outline the next information needed for a useful quote. Request a Quote.
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