B R A D Y B - 3 4 2 P E R MA S L E E V E MA R K E R
Technical Data SheetBRADY B- 342 PERMASLEEVE MARKERTDS No. B -342Effective Date: 03/27/2019Description:GENERALPrint Technology : Thermal transfer and dot matrixMaterial Type: Irradiated polyolefin heat shrink tubing (3:1 shrink ratio)APPLICATIONSWire identification and insulation purposesRECOMMENDED RIBBONSBrady Series R6600 for thermal transfer printing best smear and chemical resistanceBrady Series R4300 for thermal transfer printing general purpose ribbonBrady Series R4502S for thermal transfer printing silver on dark colored markersBrady Series R6700 for thermal transfer printing white on dark colored markersBrady Series R5000 for dot matrix printingREGULATORY/AGENCY APPROVALSUL: B- 342 is a UL Recognized Component to UL224 Extruded Insulated Tubing. See UL file E333786 for specific details. ULinformation can be accessed on line at UL.com . Search in Certifications area.For information on the Weee-RoHS compliance status for a Brady Product go to one of the following websites:In Canada: www.bradycanada.ca/weee-rohsIn Europe: www.bradyeurope.com/rohsIn Japan: www. brady.co.jp/products/labelsuse/rohsAll other regions: www.bradyid.com/weee-rohsSPECIAL FEATURESB- 342 PermaSleeve TM Markers meet the material and physical property requirements of SAE AS23053/5 (Class 1) for InsulationSleeving and SAE AS -81531 for Marking of Electrical Insulating Materials when printed with the Brady Series R6600,R4300,R4502S, R6700 Series thermal transfer ribbons, R5000 Series dot matrix ribbon, and with laser marking.The operating temperature range is -55 C ( -67 F) to 135 C ( 275 F).B- 342 is available in white, yellow, black, red, orange, green, blue, violet, pink, gray, and brown.B-342 can also be printed using laser marking method. Laser marking has very good environmental, abrasion, and /2"3/4"1"1 1/2"MARKER SIZE3PS- 0943PS -1253PS -1873PS -2503PS -3753PS -5003PS -7503PS -10003PS -1500RANGE OF WIRE DIAMETER ((in)0.023 - 0.0800.046 - 0.1100.062 - 0.1500.094 - 0.2150.125 - 0.3200.187 - 0.4500.250 - 0.7000.375 - 0.9500.500 - 1.450RANGE OF WIRE DIAMETER ((mm)0.58 - 2.031.17 - 2.791.57 - 3.812.39 - 5.463.18 - 8.134.75 - 11.436.35 - 17.789.53 - 24.1312.7 - 36.83Shrink Method: Any industrial grade heat gun may be used to shrink B- 342 PermaSleeve Markers.PHYSICAL PROPERTIESTEST METHODSAVERAGE RESULTS
Surface Flammability of Materials Using aRadiant Heat Energy SourceTested at an outside laboratory White,yellow and black tubing testedSpecific Optical Density of Smoke (Ds)Tested at an outside laboratoryWhite, yellow and black tubing testedASTM E162Common Maximum – 35ASTM E662Common MaximumFlaming and Nonflaming Mode at 1.5minutes – 100Flaming and Nonflaming Mode at 4.0minutes – 200Flame Spread Index (Is) (roundedaverage result of 4 tests)White/yellow – 5Black 0Specific Optical Density (Ds) (average of3 tests)White/Yellow:Flaming Mode at 1.5 minutes – 76Flaming Mode at 4.0 minutes – 155Nonflaming Mode at 1.5 minutes – 2Nonflaming Mode at 4.0 minutes – 13Black:Flaming Mode at 1.5 minutes – 92Flaming Mode at 4.0 minutes – 155Nonflaming Mode at 1.5 minutes – 4Nonflaming Mode at 4.0 minutes – 41B- 342 white, yellow and other colors tested/printed with R5000 Series dot matrix and R4300 and R6600 Series thermal transferribbons. B- 342 black samples tested printed with R4502S silver and R6700 white thermal transfer ribbon. B-342 white sampleswere also laser marked with a 10 watt fiber laser. Results are the same with all processes and ribbons unless stated otherwise.White, yellow, and black data listed below, other color data available upon request.PERFORMANCE PROPERTIESHigh Service TemperaturesLow Service TemperatureWeatherabilityUV Light ResistanceTEST METHODS5 minutes at 500 F (260 C)AVERAGE RESULTSWhite: Slight tube darkening and yellowingYellow: Moderate tube darkening. Black: Novisible effect to tubing, slight print yellowing(R6700).24 hours at 350 F (180 C)White and yellow: Slight tube darkening.1000 hours at 267 F (130 C)White and yellow: Moderate tube darkening.1000 hours at - 94 F ( -70 C)ASTM G155 Cycle 11000 hours in Xenon ArcWeatherometerASTM G155 Cycle 1 dry 1000hoursHumidity ResistanceSalt Fog1000 hours at 100 F/95% R.H.1000 hours in 5% Salt Fog Chamberper ASTM B117Dielectric StrengthASTM D2671 (after unrestrictedshrink)ASTM D2671, Procedure BSamples tested after unrestrictedshrink at 200 C for 3 minutesFlammabilityPrint Adherence per SAE- AS81531(Sec 3.4.2)Solvent Resistance per SAE- AS81531(Sec 3.4.3)Solution ASolution CSolution DNo visible change to printing in above conditions(R4300, R6600, and laser marking)No visible effectWhite: Slight tube yellowing Yellow: Novisible effectNo visible change to printingWhite: Moderate tube yellowing Yellow:No visible effectNo visible change to printingNo visible effectModerate print fade (R4502S on black marker).No visible effect to all other color/ribboncombinations and laser marking.500 volts/mil minimumSelf- extinguishing within 60 secondsPrint is still easily legible on sleeves printedwith all ribbons and laser marking.20 eraser rubs with hard handpressureSamples tested after unrestrictedshrink at 200 C for 3 minutesMIL- STD- 202, Method 215KPrint still easily legible on sleeves printed with3 cycles of 3 minute immersions inall ribbons and laser marking in all three testspecified fluids followed byfluidstoothbrush rub after each immersionSolution A: 1 part isopropyl alcohol, 3 parts mineral spiritsSolution B: deleted from MIL- STD- 202, Method 215JSolution C: BIOACT EC- 7R terpene defluxerSolution D: 42 parts water, 1 part propylene glycol monomethyl ether, 1 part monoethanolamine at 70 CPERFORMANCE PROPERTYCHEMICAL RESISTANCE
B- 342 white, yellow and other colors were dot matrix printed using Brady R5000 Series ribbon and shrunk on appropriate sizewires. Test conducted at room temperature after 24 hour dwell. Testing consisted of 5 cycles of 10 minute immersions in thespecified chemical reagent followed by 30 minute recovery periods. Samples rubbed with cotton swab after final immersion.CHEMICAL REAGENTSUBJECTIVE OBSERVATION OF VISUAL CHANGETUBING AND PRINTING WITHOUTPRINTING WITH SWAB RUBSWAB RUBMethyl Ethyl KetoneNo visible effectSevere print fade, print legibleIsopropyl AlcoholNo visible effectSevere print fade, print legibleJP- 8 Jet FuelNo visible effectSevere print fade, print legibleKeroseneNo visible effectSevere print fade, print legibleMil 5606 OilWhite and yellow tubing stained red onSevere print fade, print legibleedges, no visible effect on printingMil 7808 OilNo visible effectSevere print fade, print legibleSpeedi Kut Cutting Oil 332No visible effectModerate print fade, print legibleGasolineNo visible effectSevere print fade, print legibleRust Veto 377Tubing stained orange, no visible effectSevere print fade, print legibleon printingSkydrol 500B- 4No visible effectSevere print fade, print legiblePropylene GlycolNo visible effectModerate print fade, print legibleSuper Agitene No visible effectSevere print fade, print legibleBIOACT EC- 7R Terpene CleanerNo visible effectSevere print fade, print legibleDeionized WaterNo visible effectNo visible effect3% Alconox DetergentNo visible effectNo visible effect5% Salt Water SolutionNo visible effectNo visible effectB- 342 white, yellow and other colors were thermal transfer printed using the Brady Series R4300 ribbon and shrunk onappropriate size wires. Test conducted at room temperature after 24 hour dwell. Testing consisted of 5 cycles of 10 minuteimmersions in the specified chemical reagent followed by 30 minute recovery periods. Samples rubbed with cotton swab afterfinal immersion.CHEMICAL REAGENTSUBJECTIVE OBSERVATION OF VISUAL CHANGETUBING AND PRINTING WITHOUTPRINTING WITH SWAB RUBSWAB RUBMethyl Ethyl KetoneNo visible effectSevere print fade, print legibleIsopropyl AlcoholNo visible effectSevere print fade, print legibleJP- 8 Jet FuelNo visible effectSevere print fade, print legibleKeroseneNo visible effectSevere print fade, print legibleMil 5606 OilTubing stained red, no visible effect onSevere print fade, print legibleprintingMil 7808 OilNo visible effectSevere print fade, print legibleSpeedi Kut Cutting Oil 332No visible effectModerate print fade, print legibleGasolineNo visible effectSevere print fade, print legibleRust Veto 377Tubing stained orange, no visible effectSevere print fade, print legibleon printingSkydrol 500B- 4No visible effectSevere print fade, print legiblePropylene GlycolNo visible effectSlight print fade, print legibleSuper Agitene No visible effectSevere print fade, print legibleBIOACT EC- 7R Terpene CleanerNo visible effectSevere print fade, print legibleDeionized WaterNo visible effectNo visible effect3% Alconox DetergentNo visible effectSlight print fade, print legible5% Salt Water SolutionNo visible effectSlight print fade, print legibleB- 342 white and yellow were thermal transfer printed using the Brady Series R6600 ribbon and shrunk on appropriate sizewires. Test conducted at room temperature after 24 hour dwell. Testing consisted of 5 cycles of 10 minute immersions in thespecified chemical reagent followed by 30 minute recovery periods. Samples rubbed with cotton swab after final immersion.CHEMICAL REAGENTMethyl Ethyl KetoneIsopropyl AlcoholJP- 8 Jet FuelKeroseneSUBJECTIVE OBSERVATION OF VISUAL CHANGETUBING AND PRINTING WITHOUTPRINTING WITH SWAB RUBSWAB RUBNo visible effectModerate print fade, print legibleNo visible effectNo visible effectNo visible effectModerate print fade, print legibleNo visible effectModerate print fade, print legible
Mil 5606 OilMil 7808 OilSpeedi Kut Cutting Oil 332GasolineRust Veto 377Skydrol 500B- 4Propylene GlycolSuper Agitene BIOACT EC- 7R Terpene CleanerDeionized Water3% Alconox Detergent5% Salt Water SolutionTubing stained red on edges, no visibleeffect on printingNo visible effectNo visible effectNo visible effectTubing stained orange, no visible effecton printingNo visible effectNo visible effectNo visible effectNo visible effectNo visible effectNo visible effectNo visible effectSlight print fade, print legibleNo visible effectNo visible effectModerate print fade, print legibleSlight print fade, print legibleSlight print fade, print legibleNo visible effectModerate print fade, print legibleSevere print fade, print just legibleNo visible effectNo visible effectNo visible effectB -342 black samples were thermal transfer printed using the Brady Series R4502S silver ribbon and shrunk on appropriatesize wires. Test conducted at room temperature after 24 hour dwell. Testing consisted of 5 cycles of 10 minute immersionsin the specified chemical reagent followed by 30 minute recovery periods. Samples rubbed with cotton swab after finalimmersion.CHEMICAL REAGENTSUBJECTIVE OBSERVATION OF VISUAL CHANGETUBING AND PRINTING WITHOUTPRINTING WITH SWAB RUBSWAB RUBMethyl Ethyl KetoneNo visible effectSevere print fade, print legibleIsopropyl AlcoholNo visible effectNo visible effectJP- 8 Jet FuelNo visible effectSevere print fade, print legibleKeroseneNo visible effectSevere print fade, print legibleMil 5606 OilNo visible effectSevere print fade, print legibleMil 7808 OilNo visible effectSevere print fade, print legibleSpeedi Kut Cutting Oil 332No visible effectNo visible effectGasolineNo visible effectSevere print fade, print legibleRust Veto 377No visible effectSevere print fade, print legibleSkydrol 500B -4No visible effectSevere print fade, print legiblePropylene GlycolNo visible effectModerate print fadeSuper Agitene No visible effectSevere print fade, print legibleBIOACT EC- 7R Terpene CleanerNo visible effectSevere print fade, print legibleDeionized WaterNo visible effectNo visible effect3% Alconox DetergentNo visible effectSlight print fade5% Salt Water SolutionNo visible effectSlight print fadeB- 342 black samples were thermal transfer printed using the Brady Series R6700 white ribbon and shrunk on appropriate sizewires. Test conducted at room temperature after 24 hour dwell. Testing consisted of 5 cycles of 10 minute immersions in thespecified chemical reagent followed by 30 minute recovery periods. Samples rubbed with a cotton swab after final immersion.CHEMICAL REAGENTSUBJECTIVE OBSERVATION OF VISUAL CHANGETUBING AND PRINTING WITHOUTPRINTING WITH SWAB RUBSWAB RUBMethyl Ethyl KetoneNo visible effectSevere print fade, print legibleIsopropyl AlcoholNo visible effectSevere print fade, print legibleJP- 8 Jet FuelNo visible effectSevere print fade, print legibleKeroseneNo visible effectSevere print fade, print legibleMil 5606 OilNo visible effectComplete print removalMil 7808 OilNo visible effectSevere print fade, print legibleSpeedi Kut Cutting Oil 332No visible effectModerate print fadeGasolineNo visible effectSevere print fade, print legibleRust Veto 377No visible effectSevere print fade, print legibleSkydrol 500B- 4No visible effectSevere print fade, print legiblePropylene GlycolNo visible effectModerate print fadeSuper Agitene No visible effectSevere print fade, print legibleBIOACT EC- 7R Terpene CleanerNo visible effectSevere print fade, print legibleDeionized WaterNo visible effectNo visible effect3% Alconox DetergentNo visible effectSlight print fade5% Salt Water SolutionNo visible effectSlight print fade
B- 342 white samples were laser marked with a 10 watt fiber laser and shrunk on appropriate size wires. Test conducted atroom temperature after 24 hour dwell. Testing consisted of 5 cycles of 10 minute immersions in the specified chemical reagentfollowed by 30 minute recovery periods. Samples rubbed with cotton swab after final immersion.CHEMICAL REAGENTSUBJECTIVE OBSERVATION OF VISUAL CHANGETUBING AND PRINTING WITHOUTPRINTING WITH SWAB RUBSWAB RUBMethyl Ethyl KetoneNo visible effectNo visible effectIsopropyl AlcoholNo visible effectNo visible effectJP- 8 Jet FuelNo visible effectNo visible effectKeroseneNo visible effectNo visible effectMil 5606 OilTubing stained red, no visible effect onNo visible effectlaser markingMil 7808 OilNo visible effectNo visible effectSpeedi Kut Cutting Oil 332No visible effectNo visible effectGasolineNo visible effectNo visible effectRust Veto 377Tubing stained orange, no visible effectNo visible effecton laser markingSkydrol 500B- 4No visible effectNo visible effectPropylene GlycolNo visible effectNo visible effectSuper Agitene No visible effectNo visible effectBIOACT EC- 7R Terpene CleanerNo visible effectNo visible effectDeionized WaterNo visible effectNo visible effect3% Alconox DetergentNo visible effectNo visible effect5% Salt Water SolutionNo visible effectNo visible effectShelf Life:Shelf life is five years from the date of receipt for this product as long as this product is stored in its original packaging in anenvironment at 32- 95 degrees F (0- 35 degrees C) per SAE AS23053/5. It remains the responsibility of the user to assess the risk ofusing this product. We encourage customers to develop testing protocols that will qualify a product's fitness for use in their actualapplications.Trademarks:ASTM: American Society for Testing and Materials (U.S.A.)Alconox is a registered trademark of Alconox Co.All S.I. Units (metric) are mathematically derived from the U.S. ConventionalBIOACT is a registered trademark of Petroferm, Inc.EC- 7R is a trademark of Petroferm Inc.PermaSleeve is a registered trademark of Brady Worldwide, Inc.Rust Veto is a registered trademark of the E.F. Houghton & Co.SAE: Society of Automotive Engineers (U.S.A.)Skydrol is a registered trademark of the Monsanto CompanySuper Agitene is a registered trademark of Graymills CorporationNote: All values shown are averages and should not be used for specification purposes.Test data and test results contained in this document are for general information only and shall not be relied upon by Bradycustomers for designs and specifications, or be relied on as meeting specified performance criteria. Customers desiring todevelop specifications or performance criteria for specific product applications should contact Brady for further information.Product compliance information is based upon information provided by suppliers of the raw materials used by Brady tomanufacture this product or based on results of testing using recognized analytical methods performed by a third party,independent laboratory. As such, Brady makes no independent representations or warranties, express or implied, andassumes no liability in connection with the use of this information.
WARRANTYBrady products are sold with the understanding that the buyers will test them in actual use and determine for themselves theiradaptability to their intended uses. Brady warrants to the buyers that its products are free from defects in material andworkmanship, but limits its obligation under this warranty to replacement of the product shown to Brady's satisfaction to havebeen defective at the time Brady sold it. This warranty does not extend to any persons obtaining the product from the buyers.This warranty is in lieu of any other warranty, express or implied, including, but not limited to, any implied warranty ofmerchantability or fitness for a particular purpose, and of any other obligations or liability on Brady's part. Under nocircumstances will Brady be liable for any loss, damage, expense, or consequential damages of any kind arising in connectionwith the use, or inability to use, Brady's products.Copyright 2019 Brady Worldwide, Inc. All Rights ReservedMaterial may not be reproduced or distributed in any form without written permission.Brady North America 6555 W. Good Hope Rd Milwaukee, WI 53223 USA Tel: 414- 358- 6600 Fax: 800- 292- 2289
BIOACT EC- 7R Terpene Cleaner No visible effect Severe print fade, print legible Deionized Water No visible effect No visible effect 3% Alconox Detergent No visible effect No visible effect 5% Salt Water Solution No visible effect No visible effect B- 342 white, yellow and other colors were thermal transfer printed using the Brady Series .
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Purposes: (1) to introduce the basic counseling ideas and skills for responding to students’ psychological, emotional, and developmental issues, and (2) to learn to identify students in need of additional academic or personal counseling. Obviously we will not create counselors in 90 minutes- but you will be better equipped to handle a number of student issues. Effective use of th
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propensi ty for osci llating fl ames rather than s ustained f laming, afte r ignition [26] . As a result, values measured in assessing flame spread depend on the consistency of flame propagation. Erratic flame fronts may lead to uncertain sets of data and affect the repeatability of the test. It w as recommended [26] to eliminate the preheat period
These codes appear in the Cambridge Teacher Guide, schemes of work and other published resources. Cambridge Primary English Teacher Guide Appendix D – Opportunities for ICT outlines where in the Cambridge Curriculum Primary Framework opportunities for using ICT may be used if the equipment is available. A copy of the Teacher Guide and scheme of work, can be found at . https .
