ACCU DYNE TEST ™ Bibliography

Provided as an information service by Diversified Enterprises.

401. no author cited, “Successful Corona Treating,” Solo Systems, 1990.

402. no author cited, “ASTM D2578-17: Standard test method for wetting tension of polyethylene and polypropylene films,” ASTM, 2017.

403. no author cited, “ASTM D5946: Standard test method for using water contact angle measurements,” ASTM, 1999.

404. no author cited, “Standard T552: Determination of wetting tension of polyolefin films and coated surfaces via the mayer rod technique,” in TAPPI 2002 - 2003 Test Methods, TAPPI Press, 2002.

405. no author cited, “Standard T698: Determination of wetting tension of polyethylene and polypropylene films and coatings (modified visking analytical technique),” in TAPPI 2002 - 2003 Test Methods, TAPPI Press, 2002.

406. no author cited, “Ceramic roller investment offers long-term savings,” Paper Film & Foil Converter, 68, 62, (Nov 1994).

407. no author cited, “Drying, curing, treatment follow technology leads,” Paper Film & Foil Converter, 68, 24-28, (Apr 1994).

408. no author cited, “Surface treatment improves polyethylene barrier properties,” Package Engineering, 26, 64-66, (Nov 1981).

409. no author cited, “On the surface,” Package Printing, 42, 34-35, (Jul 1995).

410. no author cited, “Ceramic rollers boost corona-treating uptime,” Plastics Technology, 42, 92, (Feb 1996).

411. no author cited, “Technique for seeing polymer surface is validated,” Chemical & Engineering News, 78, 45, (Nov 2000).

610. no author cited, “Corona treatment tackles tough jobs,” Modern Plastics Intl., 17, 56-58, (Jan 1987).

611. no author cited, “Corona treatment improves ink adhesion,” Plastics Engineering, 43, 13, (Jul 1987).

612. no author cited, “For rollers on high-power corona treaters: modifications defy harsh conditions,” Paper Film & Foil Converter, 65, 50, (May 1991).

613. no author cited, “Ceramic coat raises corona efficiency, lowers cost,” Converting World, 6, (Mar 1991).

614. no author cited, “Skip-treating technology fixes seal-failure problem,” Paper Film & Foil Converter, 65, 50, (Mar 1991).

615. no author cited, “Non-flaming: a good way to treat apolar surfaces,” Plastics and Rubber International, 1421, 6, (Feb 1992).

616. no author cited, “Plasma treated plastics parts have improved paintability, bondability,” Modern Plastics Intl., 19, 4-6, (Mar 1989).

905. no author cited, “New approach to plastic surface treatment,” Plastics Technology, 49, 37, (Sep 2003).

906. no author cited, “A recommended practice for evaluating the flame surface treatment of polyolefin bottles using the water dip and ink adhesion tests,” in Technical Bulletins, Rev. 2, The Plastic Bottle Institute, 1990.

907. no author cited, “The whole story: Wettability, corona treaters and compliance,” Converting, 4, (Sep 1986).

908. no author cited, “Surface tension of inks and paper; project 2695-26,” Chesapeake Packaging Co., 1997.

909. no author cited, “Flexo finds the answer: dyne levels on polypropylene, and transfer of a water-based flexographic ink,” Flexo, 25, 70, (Oct 2000).

911. no author cited, “Discussion of activated gas plasma process,” Advanced Plasma Systems, Inc., 1993.

951. no author cited, “Surface treatment of polyolefins for decorating and adhesive bonding,” Phillips Petroleum Co., 0.

963. no author cited, “Polarised flame treatment,” Revista de Plasticos Modernos, 79, 252-254, (Mar 2000).

1009. no author cited, “Polarized flame treatment,” Popular Plastics and Packaging, 45, 80-81, (Mar 2000).

1168. no author cited, “ATmaP (Accelerated Thermo-Molecular Adhesion Process),” FTS Technologies(http://www.ftstechnologies.com/atmap.htm), 2006.

1176. no author cited, “Member news: Enercon Dyne-A-Mite,” AIMCAL News, 31, (May 2006).

1177. no author cited, “Member news: Empire Treater Rolls,” AIMCAL News, 31, (May 2006).

1354. no author cited, “Surface free energies of polymers - Optimisation of the determination of polymer surface free energy,” http://www.azom.com/details.asp?ArticleID=2097, 0.

1546. no author cited, “Wetting tension,” ExxonMobil Chemical Films Europe, Sep 2002.

1547. no author cited, “Dyne solution equivalents,” First Ten Angstroms, Aug 2000.

1552. no author cited, “Technical bulletin: A recommended practice for evaluating surface treatment of polyethylene and polypropylene containers,” Society of the Plastics Industry, 1991.

1555. no author cited, “Atmospheric plasma treats thick sheet,” Plastics Technology, 53, 15, (May 2007).

1564. no author cited, “Converter combines profit with environmental concern,” Paper Film & Foil Converter, 69, 68-70, (Jun 1995).

1565. no author cited, “Watt density: What is the formula to calculate watt density?,” Pillar Technologies,

1664. no author cited, “Surface treatment,” http://www.jobshop.com/techinfo/papers/surfacetreatment.shtml, 2005.

1689. no author cited, “High definition corona treatment yields superior results,” Flexible Packaging, 10, 35, (Feb 2008).

1716. no author cited, “Laboratory uniformity program protocol for dyne level test,” Consolidated Thermoplastics, 1993.

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