BradyID.com Traceability Barcode Labels

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1 radyi.com Traceability arcode Labels UltraTemp Series labels to withstand harsh conditions

2 Title Traceability arcode Labels UltraTemp Series labels to withstand harsh conditions High-Performance Polyimide arcode Labels s board designs become tighter and more complex, the assembly process is implementing more aggressive cleaning processes to remove contamination from the boards. The cleaning processes utilize much higher volumes of water and pressure, more caustic chemicals and increased temperatures. rady has rigorously developed and tested a new line of polyimide labels as part of its UltraTemp High Heat Series Labels. These labels exhibit excellent performance in harsher assembly and cleaning processes for both S and barcode labeling needs. rady s polyimide barcode labels have been tested for compatibility at Kyzen s applications laboratory, Zestron s technical center and with Speedline Technologies industry leading in-line and batch systems. The result of this new label technology is better traceability and fewer label failures saving you time, money and work. Whether you measure performance by high-temperature resistance, print clarity, resistance to cleaning, or the ability to place accurately, rady s UltraTemp series will perform. Harsh ondition Polyimide arcode Labels Feature: High-temperature performance up to 572º F (300º ) RoHS and RH compliant, UL 969 recognized dherence to P boards during multiple cycles of extreme cleaning processes ustom size and pre-printed options are available xcellent resistance to harsh fluxes and wave solder environments 2 Resistant to most common cleaning chemicals, such as those from Zestron and Kyzen NS verified low-outgassing (applies to -717, -718, -719, -724, -727, -728, -729 materials) ompatible with both top and bottom board placement -727 is dibutyl and dioctyl tin free

3 Traceability in lectronics rady has been a leader in providing reliable barcode labels to the electronics assembly for over 20 years. While there are a wide array of assembly processes used in today s production environment, you can count on rady s expertise to provide a quality label that helps you maintain your traceability objectives throughout your process. Isolating corrupt components, improving process efficiency, and regulatory compliance are all direct benefits of a robust traceability solution that can be built using rady polyimide labels. No matter your application, rady polyimide labels are specifically designed to perform in electronics assembly as a durable component in your traceability process. uto pply rady s highly-engineered materials minimize common label failures in auto-application procedures, such as oozing, alignment, liner breakage and misplaced labels. The special construction provides a more rigid and stable label, resulting in fewer label failures in a variety of machines and applicators. Whether you re using print-and-apply or pick-and-place equipment, rady s expertise provides the best-in-class identification traceability solution that is compatible with most automation systems. rady Labels ngineered to Stand Up to the Test Low-cost polyimide label that is not suitable for auto-application. ompetitor labels smear after multiple cycles through wash processes. rady labels remain clear with no visible smear effect. rady s ultra-durable permanent adhesive keeps labels in place. ompetitor s adhesives fail leaving behind residue. eveloped In-House by our xperts s a leader in component identification for over 20 years, our team of scientists and engineers work to provide you with innovative products that have been rigorously tested in-house and in real-world applications to ensure high performance, industry compliance, durability and reliability. rady s new UltraTemp labels have been developed with an ultra-durable adhesive that provides superior performance compared to most conventional labels. rady s -728 material is ideal for auto-application needs. Innovative products developed and tested in-house by rady engineers radyi.com 3

4 Polyimide Materials Polyimide labels are widely used for permanently marking electronics that experience extreme temperature exposures during the manufacturing process. rady s polyimide materials have been designed to survive solder reflow, harsh aqueous chemical cleaning, and device testing by leveraging the enhanced stiffness, chemical resistance, large intrinsic dielectric strength and extremely high heat tolerance of high performance polyimide films. These labels are naturally flame retardant and are offered with matte or gloss topcoats and in low-profile and static-dissipative configurations. Printer ompatability The following pages contain 3 core label rolls. These are designed specifically for use in following printers unless otherwise noted. rady IP Printer radyprinter i7100 PR PLUS Printer P 81 Printer How to Read a THT Part Numbers Many rady label parts follow a naming convention that includes specific information about the label. The following example shows how it can be broken down: THT Technology: ie Size: #5 die 1 x 0.5 Material: -402 Polyester Quantity: Multiply by 1, x 1,000 = 10,000 Material -717 Print Technology olor Finish dhesive Thickness UL S RoHS pplications White Gloss Permanent 4.2 mils X X P identification; high temperature material with electrostatic dissipative (S) adhesive and liner -718 White Gloss Permanent 3.3 mils X X P identification; high temperature material with electrostatic dissipative (S) adhesive and liner; reduced profile for processes that demand thin or lighter weight material; high temperature wire marking applications White Matte Permanent 3.3 mils X X P identification; matte topcoat designed to prevent solder ball sticking after molten wave soldering. Reduced profile for processes that demand thin or lighter weight material; high temperature wire marking applications. mber Matte Permanent 4.4mils X Printed circuit board and electronic component preprocess labeling White Gloss Permanent 4.4 mils X X P identification; withstands wavesolder process White Matte Permanent 4.4 mils X X White Matte Permanent 3.4 mils X X Light Green P identification; matte topcoat designed to prevent solder ball sticking after molten wave soldering P identification; matte topcoat designed to prevent solder ball sticking after molten wave soldering. Reduced profile for processes that demand thin or lighter weight material; high temperature wire marking applications. Gloss Permanent 4.4 mils X X Printed circuit board and electronic component preprocess labeling 4

5 -717 lectrostatic issipative Polyimide Material olor: White Finish: Gloss High temperature white polyimide material (2 mil) with glossy finish. Features a permanent static dissipative adhesive and a static dissipative release liner. Withstands wave solder environments for printed circuit board and electronic component preprocess labeling. Surface resistivity values in the recommended range for issipative S packaging materials. lso meets requirements of I-541 Packaging Material Standards for S Sensitive Items. Label Width Label Height Horiz. Repeat Vert. Repeat Web Width Labels Labels Rec. iagram atalog # Material olor Per Row Per Pkg Ribbon Fig. 1 THT * Polyimide White (6.4) (6.4) (8.1) (8.9) (60.2) 7 20,000 R6000 * Fig. 1 THT * Polyimide White (9.5) (9.5) (11.1) (12.1) (81.3) 7 10,000 R6002 Fig. 1 THT * Polyimide White (12.7) (11.1) (16.8) (13.6) (85.1) 5 10,000 R6007 Fig. 1 THT * Polyimide White (12.7) (7.0) (15.2) (9.5) (63.5) 4 10,000 R6002 Fig. 2 THT * Polyimide White (12.7) (5.1) (7.6) (17.8) 1 10,000 R6011 Fig. 2 THT * Polyimide White (12.7) (12.7) (15.2) (17.8) 1 10,000 R6011 Fig. 1 THT * Polyimide White (16.5) (5.1) (17.8) (7.6) (74.9) 4 10,000 R6002 Fig. 2 THT * Polyimide White (16.5) (5.1) (7.6) (21.6) 1 10,000 R6011 Fig. 1 THT * Polyimide White (19.1) (6.4) (20.3) (8.9) (85.1) 4 10,000 R6007 Fig. 2 THT * Polyimide White (19.1) (6.4) (8.9) (24.1) 1 10,000 R6006 Fig. 2 THT * Polyimide White (25.4) (6.4) (8.9) (30.5) 1 10,000 R6006 Fig. 2 THT * Polyimide White (25.4) (4.8) (6.9) (30.5) 1 10,000 R6006 Fig. 2 THT * Polyimide White (25.4) (12.7) (15.2) (30.5) 1 10,000 R6006 Fig. 2 THT * Polyimide White (31.8) (6.4) (8.9) (36.8) 1 10,000 R6006 Fig. 2 THT * Polyimide White (34.9) (6.4) (8.9) (40.6) 1 10,000 R6000 Fig. 2 THT * Polyimide White (38.1) (6.4) (8.9) (43.2) 1 10,000 R6000 Fig. 2 THT * Polyimide White (38.1) (3.2) (5.7) (43.2) 1 10,000 R6000 Fig. 2 THT * Polyimide White (50.8) (6.4) (9.5) (55.9) 1 2,500 R6000 Fig. 2 THT * Polyimide White (50.8) (6.4) (8.9) (55.9) 1 10,000 R6000 id You Know? rady teamed up with ZSTRON, Kyzen and market leaders in high precision cleaning process solutions, to conduct extensive chemical compatibility testing on rady s line of polyimide labels, which are commonly used as printed circuit board (P) identification labels. ccording to the test results, all rady polyimide labels submitted can successfully withstand ZSTRON and Kyzen s latest cleaning chemicals these test results are critically important to circuit board manufacturers, as they ensure that rady polyimide labels will stay adhered and legible throughout the whole circuit board production process including in-line aqueous cleaning systems. To view the complete test results, visit radyi.com 5

6 -718 lectrostatic issipative Polyimide Material olor: White Finish: Gloss High temperature, low profile white polyimide material (1 mil) with glossy finish. Features a permanent static dissipative adhesive and a static dissipative release liner. Reduced profile and thin, lighter weight label material ideal for high temperature wire marking. Surface resistivity values in the recommended range for issipative S Packaging Materials. lso meets requirements of I-541 Packaging Material Standards for S Sensitive Items. * iagram atalog # Material olor Label Width Label Height Horiz. Repeat Vert. Repeat Web Width Labels Per Row Labels Per Pkg Fig. 1 THT * Polyimide White (6.4) (6.4) (8.1) (8.9) (60.2) 7 20,000 R6000 Fig. 1 THT * Polyimide White (8.0) (8.0) (9.5) (10.5) (60.7) 6 20,000 R6000 Fig. 1 THT * Polyimide White (9.5) (9.5) (11.1) (12.1) (81.3) 7 10,000 R6002 Fig. 1 THT * Polyimide White (12.7) (11.1) (16.8) (13.6) (85.1) 5 10,000 R6007 Fig. 2 THT * Polyimide White (12.7) (5.1) (7.6) (17.8) 1 10,000 R6011 Fig. 1 THT * Polyimide White (16.5) (5.1) (17.8) (7.6) (74.9) 4 10,000 R6002 Fig. 2 THT * Polyimide White (16.5) (5.1) (7.6) (21.6) 1 10,000 R6011 Fig. 1 THT * Polyimide White (19.1) (6.4) (20.3) (8.9) (85.1) 4 10,000 R6007 Fig. 2 THT * Polyimide White (19.1) (6.4) (8.9) (24.1) 1 10,000 R6006 Fig. 1 THT * Polyimide White (22.9) (6.4) (28.6) (8.9) (85.1) 3 10,000 R6007 Fig. 2 THT * Polyimide White (22.9) (6.4) (8.9) (27.9) 1 10,000 R6006 Fig. 2 THT * Polyimide White (25.4) (6.4) (8.9) (30.5) 1 10,000 R6006 Fig. 1 THT * Polyimide White (25.4) (9.5) (27.3) (12.1) (85.1) 3 10,000 R6007 Fig. 2 THT * Polyimide White (25.4) (4.8) (6.9) (30.5) 1 10,000 R6006 Fig. 1 THT * Polyimide White (25.4) (12.7) (27.3) (15.2) (85.1) 3 10,000 R6007 Fig. 2 THT * Polyimide White (25.4) (9.5) (12.1) (30.5) 1 10,000 R6006 Fig. 2 THT * Polyimide White (25.4) (12.7) (15.2) (30.5) 1 10,000 R6006 Fig. 1 THT * Polyimide White (31.8) (9.5) (33.0) (12.1) (69.9) 2 10,000 R6002 Fig. 2 THT * Polyimide White (31.8) (6.4) (8.9) (36.8) 1 10,000 R6006 Fig. 2 THT * Polyimide White (34.9) (6.4) (8.9) (40.6) 1 10,000 R6000 Fig. 1 THT * Polyimide White (38.1) (6.4) (41.9) (8.9) (85.1) 2 10,000 R6007 Fig. 2 THT * Polyimide White (38.1) (6.4) (8.9) (43.2) 1 10,000 R6000 Fig. 2 THT * Polyimide White (44.5) (6.4) (8.9) (49.5) 1 10,000 R6000 Fig. 2 THT * Polyimide White (50.8) (6.4) (8.9) (55.9) 1 10,000 R6000 Rec. Ribbon lectrostatic issipative (S) Labels rady s electrostatic dissipative labels, or S labels, meet the requirements of NSI/S S20.20 standard. S labels are designed to protect the static-sensitive components of your circuit boards. since when labels are peeled off of their unique S liner, they produce only low static discharge voltage. vailable in a variety of types and sizes, rady s S labels can help you reduce damages from static discharge, and keep your product cost down. 6

7 TM -719 lectrostatic issipative Polyimide Material olor: White Finish: Matte High temperature, low profile white polyimide material (1 mil) with a permanent static dissipative adhesive and static dissipative release liner. Similar to -718, but with a matte topcoat, which prevents solder balls from sticking after molten wave solder exposure. Surface resistivity values in the recommended range for issipative S packaging materials. lso meets requirements of I-541 Packaging Material Standards for S Sensitive Items. * iagram atalog # Material olor Label Width Label Height Horiz. Repeat Vert. Repeat Web Width Labels Labels Per Row Per Pkg Fig. 1 THT * Polyimide White (6.4) (6.4) (8.1) (8.9) (60.2) 7 20,000 R6000 Fig. 1 THT * Polyimide White (8.0) (8.0) (9.5) (10.5) (60.7) 6 20,000 R6000 Fig. 1 THT * Polyimide White (9.5) (9.5) (11.1) (12.1) (81.3) 7 10,000 R6002, R4702 Fig. 1 THT * Polyimide White (12.7) (11.1) (16.8) (13.6) (85.1) 5 10,000 R6007, R4707 Fig. 2 THT * Polyimide White (12.7) (12.7) (15.2) (17.8) 1 10,000 R6011 Fig. 1 THT * Polyimide White (16.5) (5.1) (17.8) (7.6) (74.9) 4 10,000 R6002, R4702 Fig. 2 THT * Polyimide White (16.5) (5.1) (7.6) (21.6) 1 10,000 R6011 Fig. 1 THT * Polyimide White (19.1) (6.4) (20.3) (8.9) (85.1) 4 10,000 R6007, R4707 Fig. 2 THT * Polyimide White (19.1) (6.4) (8.9) (24.1) 1 10,000 R6006, R4706 Fig. 1 THT * Polyimide White (22.9) (6.4) (28.6) (8.9) (85.1) 3 10,000 R6007, R4707 Fig. 2 THT * Polyimide White (22.9) (6.4) (8.9) (27.9) 1 10,000 R6006, R4706 Fig. 2 THT * Polyimide White (25.4) (6.4) (8.9) (30.5) 1 10,000 R6006, R4706 Fig. 1 THT * Polyimide White (25.4) (9.5) (27.3) (12.1) (85.1) 3 10,000 R6007, R4707 Fig. 2 THT * Polyimide White (25.4) (4.8) (6.9) (30.5) 1 10,000 R6006, R4706 Fig. 1 THT * Polyimide White (25.4) (12.7) (27.3) (15.2) (85.1) 3 10,000 R6007, R4707 Fig. 2 THT * Polyimide White (25.4) (9.5) (12.1) (30.5) 1 10,000 R6006, R4706 Fig. 2 THT * Polyimide White (25.4) (12.7) (15.2) (30.5) 1 10,000 R6006, R4706 Fig. 1 THT * Polyimide White (31.8) (9.5) (33.0) (12.1) (69.9) 2 10,000 R6002, R4702 Fig. 2 THT * Polyimide White (31.8) (6.4) (8.9) (36.8) 1 10,000 R6006, R4706 Fig. 2 THT * Polyimide White (38.1) (6.4) (8.9) (43.2) 1 10,000 R6000 Fig. 2 THT * Polyimide White (38.1) (3.2) (5.7) (43.2) 1 10,000 R6000 Fig. 2 THT * Polyimide White (50.8) (6.4) (8.9) (55.9) 1 10,000 R6000 Rec. Ribbon Technical ata Sheet RY 344 FLUI RSISTNT PRMSLV MRKR TS No. 344 ffective ate: 01/08/2014 escription: GNRL Print Technology: Material Type: Irradiated polyolefin heat shrink tubing (3:1 shrink ratio) Technical ata Sheet PPLITIONS: 344 PermaSleeve Markers are designed for wire identification and insulation purposes. These sleeves are suitable for use in applications that require greater resistance RY to harsh -345 chemicals HIGH such TMPRTUR as fuels, lubricants PRMSLV(TM) and high power cleaning MRKR solvents. Technical ata Sheets vailable Technical ata Sheets for all rady label materials are available online at: radyi.com/techata ROMMN RIONS TS No rady R6600 Series black ribbon ffective ate: 10/27/2017 rady R6700 white for printing on dark colored markers escription: Technical ata Sheet SPIL FTURS 344 PermaSleeve Markers meet the GNRL performance requirements of S MS TL 23053/6 (lass 1) for Insulation Sleeving, S S Marking of lectrical Insulating Materials Print Technology: and MIL ST 202G, Method 215K Resistance to Solvents when printed with the recommended ribbons. Material Type: Irradiated polyvinylidene fluoride heat shrink tubing (2:1 shrink ratio) RY PRMSLV MRKR The operating temperature range is 55 PPLITIONS: ( 67 F) to +135 (275 F) PermaSleeve Markers are designed TS for No. wire -342 identification and insulation purposes. These sleeves are suitable for many high temperature and/or low outgassing ffective applications. ate: 10/27/2017 The sleeves can also be used in applications that require greater 344 PermaSleeve markers are supplied in roll form in a flattened format on a carrier designed for use with thermal transfer printers. resistance to harsh chemicals such as fuels, lubricants and high power cleaning solvents. escription: 344 PermaSleeve is available in white, yellow, black, red, orange, green, blue, violet, pink, gray, and brown. ROMMN RIONS GNRL etails: rady R6000 Series and rady R6600 Series Print black Technology : ribbons transfer and dot matrix rady Series R4400W and rady Series R6800 Material white Type: for printing Irradiated on dark polyolefin colored heat markers shrink tubing (3:1 shrink ratio) MRKR SIZ RNG OF WIR RNG OF WIR WIGHT (g/inch) SPIL IMTRS FTURS (in) IMTRS (mm) PPLITIONS 3/32" PermaSleeve Markers meet the performance Wire identification requirements and insulation of S S 23053/18 purposes (lass 2) for Insulation Sleeving, 1/8" S- S Marking of lectrical Insulating Materials and MIL- ST- 202G, Method 215K Resistance to Solvents when 3/16" printed with the recommended ribbons. ROMMN RIONS rady R6600 Series for thermal transfer printing best smear and chemical resistance 1/4" The operating temperature range is - 55 ( -67 F) rady R4300 to +225 Series (437 F). for thermal transfer printing general purpose ribbon 3/8" rady R4502S for thermal transfer printing silver on dark colored markers 1/2" PermaSleeve meets the requirements rady of NS R6700 Vacuum for thermal Outgassing transfer printing specification white SP- R on dark colored markers 3/4" rady R5000 Series for dot matrix printing 1" PermaSleeve markers are supplied in roll form in a flattened format on a carrier designed for use with thermal transfer 1 ½" printers RGULTORY/GNY PPROVLS UL: is a UL Recognized omponent to UL224 xtruded Insulated Tubing. See UL file for specific details. UL PHYSIL PROPRTIS -345 can also be printed TST using MTHOS laser marking information method. can Laser be accessed marking VRG has on RSULTS very line at good UL.com. environmental, Search in abrasion, ertifications and area. chemical resistance. RoHS 2005/618/: s of January 2009, rady began the transition to full RoHS compliant to 2005/618/ MV amendment to RoHS irective 2002/95/. To determine if you have RoHS compliant product please contact customer -345 PermaSleeve is available in white, service. black, yellow, blue and pink. etails: MRKR SIZ SPIL FTURS RNG OF WIR RNG OF WIR WIGHT (g/sleeve) PermaSleeve IMTRS Markers (in) meet IMTRS the material (mm) and physical property requirements of S S23053/5 (lass 1) for Insulation Surface Flammability of Materials Using 3/32 a STM 162 2HT- 094 Sleeving Flame and S Spread S Index (Is) for (rounded Marking of average lectrical Insulating Materials when printed with R6600,R4300, R4502S, R6700 Series Radiant Heat nergy Source 1/8 ommon Maximum 2HT thermal transfer result of ribbons, 4 tests) R Series dot matrix ribbon, and with laser marking. Tested at an outside laboratory 3/16 2HT White White and black tubing tested ¼ 2HT -250 The operating lack temperature 5 range is -55 ( -67 F) to (+275 F). 3/8 2HT ½ 2HT is available in white, yellow, black, red, orange, green, blue, violet, pink, gray, and brown. ¾ 2HT Specific Optical ensity of Smoke (s) 1 STM 662 2HT can Specific also be Optical printed ensity using (s) laser (average marking of method. 3 Laser marking has very good environmental, abrasion, and chemical Tested at an outside laboratory 1 ½ ommon Maximum 2HT resistance tests) White and black tubing tested Flaming and Nonflaming Mode at 1.5 White: minutes 100 etails: Flaming mode at 1.5 minutes : 181 Flaming and Nonflaming Mode at 4.0 Flaming Mode at 4 minutes : 187 MRKR SIZ RNG OF WIR IMTR ((in) RNG OF WIR IMTR ((mm) minutes 200 Nonflaming mode at 1.5 minutes : 2 3/32" 3PS /8" 3PS /16" 3PS /4" 3PS /8" 3PS /2" 3PS /4" 3PS " 3PS /2" 3PS Shrink Method: ny industrial grade heat gun may be used to shrink PermaSleeve Markers. PHYSIL PROPRTIS TST MTHOS VRG RSULTS Surface Flammability of Materials Using a STM 162 Flame Spread Index (Is) (rounded Radiant Heat nergy Source ommon Maximum 35 average result of 4 tests) Tested at an outside laboratory White/yellow 5 White, yellow and black tubing tested lack 0 Specific Optical ensity of Smoke (s) STM 662 Specific Optical ensity (s) (average of Tested at an outside laboratory ommon Maximum 3 tests) White, yellow and black tubing tested Flaming and Nonflaming Mode at 1.5 White/Yellow: radyi.com 7

8 -724 Ultra urable Polyimide Material olor: mber Finish: Matte mber high temperature polyimide material with an ultra durable adhesive designed for use with extreme wash protocol and cleaning chemicals. When used with rady R4300 series ribbons, fulfills requirements for MIL- ST-202G Method 215K and S S81531 Marking of lectrical Insulating Material. iagram atalog # Material olor Label Width Label Height Figure 4 Horiz. Repeat Vert. Repeat Web Width Labels Labels Per Row Per Pkg Fig. 4 THT Polyimide mber (6.4) (6.4) (6.4) (9.5) (81.3) 12 10,000 R4300 Fig. 1 THT Polyimide mber (9.5) (9.5) (11.1) (12.1) (81.3) 7 10,000 R4300 Fig. 1 THT Polyimide mber (12.7) (11.1) (16.8) (13.6) (85.1) 5 10,000 R4307, R4707 Fig. 1 THT Polyimide mber (16.5) (5.1) (17.8) (7.6) (74.9) 4 10,000 R4300 Fig. 2 THT Polyimide mber (16.5) (5.1) (7.6) (21.6) 1 10,000 R4311 Fig. 1 THT Polyimide mber (17.8) (9.5) (20.3) (12.1) (85.1) 4 10,000 R4307, R4707 Fig. 1 THT Polyimide mber (19.1) (6.4) (20.3) (8.9) (85.1) 4 10,000 R4307, R4707 Fig. 2 THT Polyimide mber (19.1) (6.4) (8.9) (24.1) 1 10,000 R4311 Fig. 1 THT Polyimide mber (19.1) (19.1) (20.3) (22.2) (85.1) 4 10,000 R4307, R4707 Fig. 1 THT Polyimide mber (22.9) (6.4) (28.6) (8.9) (85.1) 3 10,000 R4307, R4707 Fig. 2 THT Polyimide mber (22.9) (6.4) (8.9) (27.9) 1 10,000 R4306, R4706 Fig. 2 THT Polyimide mber (25.4) (6.4) (8.9) (30.5) 1 10,000 R4306, R4706 Fig. 1 THT Polyimide mber (25.4) (9.5) (27.3) (12.1) (85.1) 3 10,000 R4307, R4707 Fig. 1 THT Polyimide mber (25.4) (4.8) (27.3) (7.3) (85.1) 3 10,000 R4307, R4707 Fig. 1 THT Polyimide mber (25.4) (6.4) (27.3) (9.5) (85.1) 3 10,000 R4307, R4707 Fig. 1 THT Polyimide mber (25.4) (12.7) (27.3) (15.2) (85.1) 3 10,000 R4307, R4707 Fig. 1 THT Polyimide mber (31.8) (6.4) (33.0) (9.5) (69.9) 2 10,000 R4300 Fig. 1 THT Polyimide mber (31.8) (9.5) (33.0) (12.1) (69.9) 2 10,000 R4300 Fig. 2 THT Polyimide mber (31.8) (6.4) (8.9) (36.8) 1 10,000 R4306, R4706 Fig. 2 THT Polyimide mber (34.9) (6.4) (8.9) (40.6) 1 10,000 R4302 Fig. 1 THT Polyimide mber (38.1) (3.2) (41.9) (6.4) (85.1) 2 10,000 R4307, R4707 Fig. 1 THT Polyimide mber (38.1) (6.4) (41.9) (8.9) (85.1) 2 10,000 R4307, R4707 Fig. 2 THT Polyimide mber (38.1) (6.4) (8.9) (43.2) 1 10,000 R4302, R4702 Fig. 2 THT Polyimide mber (50.8) (6.4) (9.5) (55.9) 1 2,500 R4302, R4702 Fig. 2 THT Polyimide mber (50.8) (6.4) (8.9) (55.9) 1 10,000 R4302, R4702 Fig. 2 THT Polyimide mber (69.9) (31.8) (34.9) (74.9) 1 3,000 R4300 Fig. 2 THT Polyimide mber (76.2) (6.4) (9.5) (81.3) 1 2,500 R4300 Rec. Ribbon ustom Laser ngravable Traceability Labels -730: lack matte laser markable polyimide (PI)* -731: lack matte electrostatic dissipative (S) laser markable PI* -421: lack matte laser markable polyester (PT)* Unlike traditional THT labels, the subtractive printing process of laser markable labels enables them to survive harsh conditions, including high temperatures and chemical cleaning cycles, which typically occur in the P manufacturing process. The printing process of these labels also creates a very high resolution print. So precise that it can reach up to 1200 dpi, making it ideal for the small font applications that are often required in electrical component boards. Other features include: Repeated harsh aqueous cleaning resistance High temperature, wave soldering resistance up to 572 F (300 ) ustom sizes engineered-to-order and ready to ship in under 3 weeks ompatibility with most IR laser marking systems Optional S prevention layers Reduced rework issues related to direct laser marking board materials ontact rady to receive a custom quote. 8 * Patent pending.

9 -727 Ultra urable Polyimide Material olor: White Finish: Gloss High temperature polyimide material (2 mil) with gloss finish withstands wave solder environments for printed circuit board and electronic component preprocess labeling. The ultra durable adhesive is designed for use with extreme wash protocol and cleaning chemicals. lso ideal for use in auto apply equipment. Figure 4 Label Width Label Height Horiz. Repeat Vert. Repeat Web Width Labels Labels iagram atalog # Material olor Per Row Per Pkg Rec. Ribbon Fig. 4 THT Polyimide White (6.4) (6.4) (6.4) (9.5) (81.3) 12 10,000 R6002, R4702 Fig. 1 THT Polyimide White (6.4) (6.4) (8.1) (8.9) (60.2) 7 20,000 R6000 Fig. 1 THT Polyimide White (8.0) (8.0) (9.5) (10.5) (60.7) 6 20,000 R6000 Fig. 1 THT Polyimide White (9.5) (9.5) (11.1) (12.1) (81.3) 7 10,000 R6002, R4702 Fig. 1 THT Polyimide White (12.7) (11.1) (16.8) (13.6) (85.1) 5 10,000 R6002, R4702 Fig. 2 THT Polyimide White (12.7) (5.1) (7.6) (17.8) 1 10,000 R6011 Fig. 1 THT Polyimide White (16.5) (5.1) (17.8) (7.6) (74.9) 4 10,000 R6002, R4702 Fig. 2 THT Polyimide White (16.5) (5.1) (7.6) (21.6) 1 10,000 R6011 Fig. 1 THT Polyimide White (19.1) (6.4) (20.3) (8.9) (85.1) 4 10,000 R6007, R4707 Fig. 2 THT Polyimide White (19.1) (6.4) (8.9) (24.1) 1 10,000 R6006, R4706 Fig. 1 THT Polyimide White (22.9) (6.4) (28.6) (8.9) (85.1) 3 10,000 R6007, R4707 Fig. 2 THT Polyimide White (22.9) (6.4) (8.9) (27.9) 1 10,000 R6006, R4706 Fig. 2 THT Polyimide White (25.4) (6.4) (8.9) (30.5) 1 10,000 R6006, R4706 Fig. 2 THT Polyimide White (25.4) (4.8) (6.9) (30.5) 1 10,000 R6006, R4706 Fig. 2 THT Polyimide White (25.4) (9.5) (12.1) (30.5) 1 10,000 R6006, R4706 Fig. 2 THT Polyimide White (25.4) (12.7) (15.2) (30.5) 1 10,000 R6006, R4706 Fig. 1 THT Polyimide White (31.8) (6.4) (33.0) (9.5) (69.9) 2 10,000 R6002, R4702 Fig. 2 THT Polyimide White (31.8) (6.4) (8.9) (36.8) 1 10,000 R6006, R4706 Fig. 1 THT Polyimide White (34.9) (6.4) (37.5) (9.5) (77.5) 2 10,000 R6002, R4702 Fig. 2 THT Polyimide White (34.9) (6.4) (8.9) (40.6) 1 10,000 R6006, R4706 Fig. 1 THT Polyimide White (38.1) (6.4) (41.9) (8.9) (85.1) 2 10,000 R6007, R4707 Fig. 2 THT Polyimide White (38.1) (6.4) (8.9) (43.2) 1 10,000 R6000 Fig. 2 THT Polyimide White (38.1) (3.2) (5.7) (43.2) 1 10,000 R6000 Fig. 2 THT Polyimide White (44.5) (6.4) (8.9) (49.5) 1 10,000 R6000 Fig. 2 THT Polyimide White (50.8) (6.4) (9.5) (55.9) 1 2,500 R6000 Fig. 2 THT Polyimide White (50.8) (6.4) (8.9) (55.9) 1 10,000 R Polyimide Material olor: White Finish: Matte 2 mil thick white polyimide with a permanent adhesive and a special matte topcoat that prevents solder balls from sticking to the label after molten wave solder exposure. Label Width Label Height Horiz. Repeat Vert. Repeat Web Width Labels Labels iagram atalog # Material olor Per Row Per Pkg Rec. Ribbon Fig. 1 THT Polyimide White (6.4) (6.4) (8.1) (8.9) (60.2) 7 20,000 R6000 Fig. 1 THT Polyimide White (12.7) (7.0) (15.2) (9.5) (63.5) 4 10,000 R6002, R4702 Fig. 2 THT Polyimide White (12.7) (5.1) (7.6) (17.8) 1 10,000 R6011 Fig. 2 THT Polyimide White (12.7) (12.7) (15.2) (17.8) 1 10,000 R6011 Fig. 1 THT Polyimide White (16.5) (5.1) (17.8) (7.6) (74.9) 4 10,000 R6002, R4702 Fig. 2 THT Polyimide White (16.5) (5.1) (7.6) (21.6) 1 10,000 R6011 Fig. 1 THT Polyimide White (19.1) (6.4) (20.3) (8.9) (85.1) 4 10,000 R6007, R4707 Fig. 2 THT Polyimide White (19.1) (6.4) (8.9) (24.1) 1 10,000 R6006, R4706 Fig. 2 THT Polyimide White (25.4) (6.4) (8.9) (30.5) 1 10,000 R6006, R4706 Fig. 2 THT Polyimide White (25.4) (4.8) (6.9) (30.5) 1 10,000 R6006, R4706 Fig. 2 THT Polyimide White (25.4) (12.7) (15.2) (30.5) 1 10,000 R6006, R4706 Fig. 2 THT Polyimide White (31.75) (6.4) R6000, R4700 Fig. 2 THT Polyimide White (31.8) (6.4) (8.9) (36.8) 1 10,000 R6006, R4706 Fig. 2 THT Polyimide White (38.1) (6.4) (8.9) (43.2) 1 10,000 R radyi.com 9

10 -729 Ultra urable Polyimide Material olor: White Finish: Matte High temperature low profile (1 mil) polyimide material with an ultra durable adhesive designed for use with extreme wash protocol and cleaning chemicals. The reduced profile is ideal for processes requiring thin or lighter weight materials. Special matte topcoat prevents solder balls from sticking to the label after wave soldering. iagram atalog # Material olor Label Width Label Height Horiz. Repeat Vert. Repeat Web Width Labels Per Row Labels Per Pkg Rec. Ribbon Fig. 1 THT Polyimide White (6.35) (6.4) R6000, R4700 Fig. 1 THT Polyimide White (8.0) (4.5) (9.5) (7.1) (60.7) 6 20,000 R6000 Fig. 1 THT Polyimide White (9.5) (9.5) (11.1) (12.1) (81.3) 7 10,000 R6002, R4702 Fig. 1 THT Polyimide White (12.7) (7.0) (15.2) (9.5) (63.5) 4 10,000 R6002, R4702 Fig. 2 THT Polyimide White (12.7) (5.1) (7.6) (17.8) 1 10,000 R6011 Fig. 1 THT Polyimide White (16.5) (5.1) (17.8) (7.6) (74.9) 4 10,000 R6002, R4702 Fig. 2 THT Polyimide White (16.5) (5.1) (7.6) (21.6) 1 10,000 R6011 Fig. 1 THT Polyimide White (19.1) (6.4) (20.3) (8.9) (85.1) 4 10,000 R6007, R4707 Fig. 2 THT Polyimide White (19.1) (6.4) (8.9) (24.1) 1 10,000 R6006, R4706 Fig. 2 THT Polyimide White (25.4) (6.4) (8.9) (30.5) 1 10,000 R6006, R4706 Fig. 2 THT Polyimide White (25.4) (12.7) (15.2) (30.5) 1 10,000 R6006, R4706 Fig. 2 THT Polyimide White (31.8) (6.4) (8.9) (36.8) 1 10,000 R6006, R4706 Fig. 1 THT Polyimide White (34.9) (6.4) (37.5) (9.5) (77.5) 2 10,000 R6002, R4702 Fig. 2 THT Polyimide White (34.9) (6.4) (8.9) (40.6) 1 10,000 R6006, R4706 Fig. 2 THT Polyimide White (38.1) (6.4) (8.9) (43.2) 1 10,000 R6000 Fig. 2 THT Polyimide White (38.1) (3.2) (5.7) (43.2) 1 10,000 R6000 Fig. 2 THT Polyimide White (50.8) (6.4) (9.5) (55.9) 1 2,500 R6000 Fig. 2 THT Polyimide White (50.8) (6.4) (8.9) (55.9) 1 10,000 R6000 Fig. 2 THT Polyimide White (76.2) (6.4) (9.5) (81.3) 1 2,500 R6002, R Polyimide Material olor: Light Green Finish: Gloss Light green polyimide material with glossy finish and permanent adhesive. Used in printed circuit board and electronic component preprocess labeling. In combination with the Series R600/R600HF ribbons, it meets the requirements of MIL-ST-202G, Method 215K and complies with JIG-101. iagram atalog # Material olor Label Width Label Height Horiz. Repeat Vert. Repeat Web Width Labels Labels Per Row Per Pkg Fig. 1 THT Polyimide Light Green (6.4) (6.4) (8.1) (8.9) (60.2) 7 20,000 R6000 Fig. 1 THT Polyimide Light Green (16.5) (5.1) (17.8) (7.6) (74.9) 4 10,000 R6002 Fig. 2 THT Polyimide Light Green (16.5) (5.1) (7.6) (21.6) 1 10,000 R6011 Fig. 2 THT Polyimide Light Green (19.1) (6.4) (8.9) (24.1) 1 10,000 R6006 Fig. 1 THT Polyimide Light Green (19.05) (6.4) R6000 Fig. 1 THT Polyimide Light Green (22.9) (6.4) (28.6) (8.9) (85.1) 3 10,000 R6007 Fig. 2 THT Polyimide Light Green (22.9) (6.4) (8.9) (27.9) 1 10,000 R6006 Fig. 2 THT Polyimide Light Green (25.4) (6.4) (8.9) (30.5) 1 10,000 R6006 Fig. 2 THT Polyimide Light Green (25.4) (12.7) (15.2) (30.5) 1 10,000 R6006 Fig. 1 THT Polyimide Light Green (31.8) (6.4) (33.0) (9.5) (69.9) 2 10,000 R6002 Fig. 2 THT Polyimide Light Green (31.8) (6.4) (8.9) (36.8) 1 10,000 R6006 Fig. 1 THT Polyimide Light Green (38.1) (6.4) (41.9) (8.9) (85.1) 2 10,000 R6007 Fig. 2 THT Polyimide Light Green (38.1) (6.4) (8.9) (43.2) 1 10,000 R6000 Fig. 2 THT Polyimide Light Green (38.1) (3.2) (5.7) (43.2) 1 10,000 R6000 Fig. 2 THT Polyimide Light Green (50.8) (6.4) (9.5) (55.9) 1 2,500 R6000 Fig. 2 THT Polyimide Light Green (50.8) (6.4) (8.9) (55.9) 1 10,000 R6000 Rec. Ribbon 10

11 Industrial Printers rady Industrial Printers rady s durable label materials are part of a total identification solution when used with rady s thermal transfer printers. The following printers support a wide-range of needs based on volumes, materials, and mix. radyprinter i7100 Heavy-duty, high-speed, high-volume printer in 300 and 600 dpi models Prints on the widest selection of specialty and advanced materials High-volume applications and irect ; Monocolor rady IP Series Printers High-performance printing with smart cell supplies allowing printer, materials, and ribbon to communicate Print resolution of 300 or 600 dpi Wide selection of materials and irect ; Monocolor P 33 Label Printer P connect only printer with no calibration set-up, no material waste and 20-second supply changeovers Revolutionary ease of use Print resolution of 300 dpi MP 71 Label Printer Versatile portable printer Robust label offering and intuitive interface Print resolution of 300 dpi onnects to P if needed MP 61 Label Printer Rugged, portable and easy-to-use risp, thermal-transfer quality printing with a variety of durable materials Printing to be done at the point of application an be bulk fed from external feed for higher volume needs id You Know? - rady Identification Solutions rady offers a full line of wire and safety identification products including Permasleeve Wire Markers, GHS Hazard ommunication or Lockout Tagout solutions. Visit radyi.com for more information on all of rady s safety and identification solutions radyi.com 11

12 US ustomer Service: Inside Sales: radyi.com For more information on rady materials, visit: radyi.com anada ustomer Service: radyanada.ca Mexico ustomer Service: Inside Sales: ext 177 radylatinmerica.com 2018 rady Worldwide Inc. LL RIGHTS RSRV