How To Print On Acrylic Boards (PMMA)
How to print on acrylicboards (PMMA)This document will explain how to print onacrylic boards of different types andthickness.1 Copyright 2020 HP Development Company, L.P. The information contained herein is subject to change without notice.
How to print on acrylic boardsWhat do we need?What do we need?BeforeprintingAfterprintingHP Latex R SeriesPrinterSoftware tools(RIP, image editor,etc.)Cutting deviceAnti-static (optional)Lint-free cloth(optional)Protectivegoogles(optional)Tools for bendingor thermoforming(optional)How to prepare the substrateHow to prepare the jobPrintingAcrylic boardsThe printing processAfter printing, what next?Drill and drill bitsfor use with metal(optional)2 Copyright 2020 HP Development Company, L.P. The information contained herein is subject to change without notice.
How to print on acrylic boardsHow to prepare the substrateWhat do we need?BeforeprintingHow to prepare the substrate1. Ensure panel flatnessAcrylic boards tend to absorb some moisture and lose their flatness. Ensure theboard is flat before printing.NOTE: If the panel is deformed there is a risk of printhead crash. The use of edgeholders may be necessary when printing on waved substrates.2. Substrate handlingHandle samples with care! Gloves are recommended to prevent accidental cutsand also to avoid leaving fingerprints on the surface. Marks and scratches createdprior to printing will be visible when the job is printed.How to prepare the job3. CuttingPrintingThe printing processCut the sample to the desired size using a suitable device (e.g., table saw, cuttingtable).NOTE: This process can also be done after the job is printed. There is no ink chippingalong the cut edge.Afterprinting3After printing, what next?TIP: Thin boards (1 mm) can also be cut using a ruler or carpenter’s square and acutter. Copyright 2020 HP Development Company, L.P. The information contained herein is subject to change without notice.
How to print on acrylic boardsHow to prepare the substrateWhat do we need?BeforeprintingHow to prepare the substrateHow to prepare the job4. Remove the linerIf the substrate has a protective film, peel it off from one side, leaving the otherside protected until finishing or installation of the finished graphic. Avoid touchingthe print surface with unprotected hands. Fingerprints may become visible afterprinting.5. CleaningAfter the protective film has been removed, dust particles may tend to adhere tothe print surface.Remove dust particles by wiping the surface with an anti-static cloth.TIP: If an anti-static cloth is not available, use a 70% Isopropyl Alcohol / 30% watersolution with a lint-free cloth and wipe the print surface. Let it dry before printing.6. Substrate considerations4PrintingThe printing processAfterprintingAfter printing, what next?If extra durability or ink adhesion is required, an alternative acrylic with digitalsurface treatment can be used: Plaskolite Optix DA is an enhanced acrylic fordigital printing. Polycarbonates may also be an alternative to acrylic substratesfor most applications, especially if laser cutting is not required. Copyright 2020 HP Development Company, L.P. The information contained herein is subject to change without notice.
How to print on acrylic boards7. Primer considerationsHow to prepare the substrateAcrylics tend to have inferior scratch resistance andink adhesion compared to other plastics. If extradurability is required, a primer can be applied prior toprinting. This process is optional and may greatlydepend on the substrate being used. Primerapplication is described in the following generalinstructions.What do we need?OptionalBeforeprintingOptionalTIP: HP recommends application ofprimer to the whole surface in order toavoid visual differences. Manualapplication is recommended for smallor medium size panels (A3/A2 sizes).OptionalHow to pr
recommends printing within the following 4–5 hours. Follow the instructions provided by the primer manufacturer. 7.2 Primer drying After printing, handle samples with care. Full ink durability is usually achieved after 24 h from printing. 7.3 Primer durability How to prepare the substrate How to pri
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Acrylic Acid via Fermentation of Sugar to Form 3-Hydroxypropionic Acid . 3-23 Acrylic Acid via Fermentation of Sugar through Fumaric Acid. 3-25 Acrylic Acid via Direct Fermentation of Sugar. 3-27
Acid ol Ethyl Lactate CaSO 4 FERMENTATION Reactive Destillation DEHYDRATION Água Acrylic Acid Acrylic Acid Ester ol pH Temperature OH O OCH 3 O OCH 3 O OH OH O OH METHODOLOGY: Hybrid Route for producing acrylic acid by fermentation and green chemical reaction FINAL STEP: OPTIMIZATION OF THE HYDROLYSIS PROCESS FOR THE ACRYLIC ACID PRODUCTION
Attachment 1 to DHOG-7S3BCU Page 2 of 6 Revision: 10 Guidance for 3MTM Acrylic Foam and Acrylic Plus Tapes Surface Tensions (examples) Surfaces tensions vary according to substrate formulation and substrate supplier. Theref
torque wrench following the manufacturer’s instructions (35 Ncm) (Fig. 2b). e IFCDP was gradually adjusted by grinding the acrylic resin using acrylic resin burrs to create su-cient space for the housing, and the acrylic resin surfac
“In many ways the images of mythological female characters I used to draw . In The Clouds oil ink and acrylic on canvas 75 x 100 cm 3,500 Fire and Ice oil ink and acrylic on canvas 97 x 56 cm . oil ink and acrylic and charcoal on paper 42 x 60 cm 700. Sketch VII - The Saint oil ink and acrylic and charcoal on paper 42 x 60 cm
The presence of acrylic acid (AA) in process water is the major problem in many industries which are using acrylic acid. There is no proper method available to remove acrylic acid from process water and hence the industries incinerating the process
60 C, the epoxy emulsion was fed into the reac-tor containing the acrylic latex and held for 1 hr to allow the epoxy to transport and swell the acrylic latex. The key requirement was that the epoxy was completely imbibed in the acrylic particles. The driving force for this transport process is the solubility of the epoxy molecule in the latex
