https://www.avient.com/sites/default/files/resources/Innovation%2520Day%2520-%2520May%25202014.pdf
Patricia Hubbard Global Technical Director
Specialty Engineered
Materials
PolyOne Corporation Page 6
Agenda
Time Topic Presenter
8:00-8:15 AM Welcome and Introduction Robert M.
Patterson
8:15-8:30 AM Financial Highlights and
Goals
Bradley C.
Richardson
8:30-8:45 AM Innovating for the Future Dr.
https://www.avient.com/sites/default/files/resources/Wells%2520Fargo%2520Conference%2520-%2520IR%2520Presentation%25205-6-2015%2520-%2520wNon%2520GAAP%2520and%2520Appendix.pdf
PolyOne Corporation Page 1
PolyOne Investor Presentation
Wells Fargo Industrial & Construction Conference
May 2015
PolyOne Corporation Page 2
Forward-Looking Statements
In this presentation, statements that are not reported financial results or other historical information are “forward-looking statements” within the meaning of
the Private Securities Litigation Reform Act of 1995.
You are
advised to consult any further disclosures we make on related subjects in our reports on Form 10-Q, 8-K and 10-K that we provide to the Securities and
Exchange Commission.
1) Special items are a non-GAAP financial measure.
https://www.avient.com/sites/default/files/resources/Overmolding_of_Thermoplastic_Elastomers_Engineered_solutions_for_consumer_product_differentiation.pdf
For PC, ABS and PC/ABS, the adhesion values are plotted in Figure 8.
Page 12
July 19, 2007
Comparing data from Table 3 and Figure 8. with Table 4, it can be seen that polar modified styrenic TPES (in
Table 1) outperform other TPEs.
Reference:
solutions that
1.
https://www.avient.com/sites/default/files/2021-06/fl.us-.datasheet-vectranr-lcp.pdf
Key Features
• High strength to weight ratio
• Good creep resistance
• High abrasion resistance
• Excellent flex fatigue properties
• Minimal moisture absorption
• Excellent chemical resistance
Disadvantages
• Vectran® suffers from UV degradation, which
causes strength loss and discoloration
• Hair-like filaments tend to fray
FIBER-LINE® PROCESS FOR
VECTRAN® LIQUID CRYSTAL POLYMER
• Coating
• Twisting
• Extrusion
• Pultrusion
• Precision Winding
FIBER-LINE® VECTRAN® PRODUCTS
• Strength Members
• Ripcords
• Belt & Hose Reinforcement Yarn
• Industrial Fabric Yarn
• Synthetic Wire Rope
Abrasion
Yarn on Yarn
Abrasion
Ultraviolet (UV)
Flame
(Acid)
(Alkali)
(Organic Solvent)
P P X P P P P
Property UOM Value
Breaking Tenacity g/d 23.0
Specific Gravity Ratio 1.40
Elongation @ Break % 3.8
Tensile Modulus g/d 600
Moisture Regain* %
LIQUID CRYSTAL POLYMER (LCP)
LIQUID CRYSTAL POLYMER (HM) BARE FIBER PERFORMANCE
* Equilibrium moisture regain @ 55% RH ** Creep @ 40%-58% ultimate tensile strength *** Shrinkage in dry air @ 177 C for 30 minutes
ABOUT FIBER-LINE®
LOCATIONS
Headquarters, R&D, Manufacturing
FIBER-LINE® LLC
3050 Campus Drive
Hatfield, PA 19440
+1 215.997.9181
fiber@fiber-line.com
Manufacturing Operations
FIBER-LINE® LLC
280 Performance Drive SE
Hickory, NC 28602
+1 828.326.8700
fiber@fiber-line.com
EMEA & Asia Pacific Operations
FIBER-LINE® INTERNATIONAL B.V.
https://www.avient.com/sites/default/files/2022-04/Avient Announces Agreement to Acquire Dyneema_0.pdf
To participate in the audio-only portion of the call, dial 1-844-835-
7433 (domestic) or 1-914-495-8589 (international) and provide conference ID number 4774915.
To listen to this recording, dial 1-855-859-
2056 (domestic) or 1-404-537-3406 (international) and provide conference ID number 4774915.
You are advised to consult any further disclosures
we make on related subjects in our reports on Form 10-Q, 8-K and 10-K that we provide to the
Securities and Exchange Commission.
5
Non-GAAP Financial Measures
The Company uses both GAAP (generally accepted accounting principles) and non-GAAP
financial measures.
https://www.avient.com/sites/default/files/2020-12/excelite-1-page-case-study-putty-knife_0.pdf
Excelite OnePager Putty Knife
PUTTY KNIFE
MANUFACTURER
N O R T H A M E R I C A
• Reduce current scrap rate of 30%
• Eliminate prominent sink marks
• Minimize random short shots
• Reduced scrap rate to 1%
• Eliminated sink marks
• Improved mold fill
• Improvement in cell structure increased cell
density and dimensional stability during critical
cooling time
Excelite™ IM Chemical Foaming Additives
KEY REQUIREMENTS*
WHY AVIENT?
https://www.avient.com/sites/default/files/2025-05/AVNT May Investor Presentation_w_non-GAAP_0.pdf
Share gains and geographic penetration
all Avient
Amplify innovation
Copyright © .
2025 8
Build new
platforms
of scale
GROW BUSINESS AT
10% PLUS CAGR
1.
Playbook in current environment
1.
Color, Additives & Inks
END MARKETS REGIONS
34%
21%
11%
Packaging
Telecom 1%Energy 1%
34%
US & Canada
Latin America
Europe, Middle East
Construction
26Copyright © .
https://www.avient.com/sites/default/files/2022-04/Asia SEM Healthcare Product Selection Guide_CN.pdf
Asia SEM Healthcare Product Selection Guide_CN3.31-1
埃万特特种
工程材料-针对
医疗保健行业
产品选购指南
应用于医疗器械的材料及其对患者安全所产生的影响需要仔细斟
酌。
TRILLIANT™
HC8920
TRILLIANT™
HC2020
Trilliant™ HC2020
材料描述 基料
共聚酯
Trilliant™ HC8910/8920 聚酮/ABS共混物
Trilliant™ HC2120 Tritan
Trilliant™ HC3120 PC
Trilliant™ HC5210 PP
Trilliant™ HC6010 PA6
Trilliant™ HC6610 PA66
Trilliant™ GRV-NP-110-W PA12
TRILLIANT™ HC热塑性塑料
作为FR PC/ABS、FR PC/PET和FR COPE的
耐化学性替代品,在各种颜色的应用中,其
阻燃等级在1.5mm和0.75mm厚度下分别可
达到UL 94黄卡V-0级和V-1级。
ST5200-8030
ESD BK001 1 5 27 52 1980 42 E3
ST5200-8035
ESD BK001 1 20 22 37 1460 150 E3
TRILLIANT™ HC
导电配方
导电性一致确保可重复使用部件的性能,同时
最大限度减少导电性不一致引发的相关问题
高流量和易加工性有利于薄壁零件填充和多腔
工具,从而缩短循环时间并且降低每单位部件
的成本
优异的耐用性在减少破裂的同时,还可降低由
此产生的报废相关成本
不易形成飞边,外观得到改善,且可减少吸头
内外的液体滞留,从而提高准确度并降低交叉
污染的可能性
通过高强度生产的部件,其刚性和耐翘曲性也
更高,再次最大限度降低因报废产生的相关成
本
• 导电移液吸头
+86.21.60284888
www.avient.com
版权所有©2022 埃万特公司。
https://www.avient.com/sites/default/files/2025-01/Firearms Product Selection Guide.pdf
ENGINEERED POLYMER SOLUTIONS - FEATURES & CHARACTERISTICS
Resin Nymax™ Formulations Characteristics Applications
PA6 GF 600 A 14 Natural 14% Glass Reinforced
Stocks, Frames,
Receivers,
Handguards,
Forearms,
Picatinny Rails, Grips
PA6 GF 600 A 33 Natural 33% Glass Reinforced, Heat Stabilized
PA6 NM6000-0026 HI BK 33% Glass Reinforced, Toughened
PA6 GF 600 A 60 UV Black 60% Glass Reinforced, Heat Stabilized
PA6 GF 600 A 33 Black 28 V 33% Glass Reinforced, Heat Stabilized, UV
PA6 1010 A Black 13 Super Toughened, Heat Stabilized
PA6 1010 A Natural Super Toughened, Heat Stabilized
PA6 NM6000-0027 ST Black Super Toughened
PA6 NM6000-00013 HS UV Black 50% GF, High Flow PA6
PA66 NM6600-0018 HI HS 14 Nat 14% Glass Reinforced, Toughened, Heat Stabilized
PA66 GF 1200 A 33 HS Black 22 33% Glass Reinforced, Heat Stabilized
PA66 GF 1200 A 33 HS Natural 33% Glass Reinforced, Heat Stabilized
PA66 NM6600-0019 HI HS 33 Nat 33% Glass Reinforced, Toughened, Heat Stabilized
PA66 NM6600-0020 HI HS 43 Nat 43% Glass Reinforced, Heat Stabilized
PA66 1200 A L Natural Unreinforced
PA66 1200 A ZIP 22 Natural Unreinforced
PA66 NM6600-0021 ST Black Super Toughened
PA66 NM 1200 MT HS Black Toughened, Heat Stabilized
PA66 NM 1200 MT HS Natural Toughened, Heat Stabilized
Specialty Products Color Characteristics Applications
Edgetek™ ET6200-0031 Black Black 20% Glass Reinforced PA12
Stocks, Frames, Receivers, Handguards, Forearms,
Picatinny Rails, Bolt Carriers, Grips
Gravi-Tech™ X GT 33991-05A-01-3 Copper 3sg, PA6, Copper
Gravi-Tech™ X GT-30197-001-P4 Gray 4sg, PA610, Tungston
Gravi-Tech™ GT 6400-0001 GRV 5.0 Black 5sg, PA610, Tungston
Thermoplastic Elastomers Durometer OM Substrate Color Characteristics Applications
OnFlex™ AF 7210 25-90A PP Black/Natural General Purpose with UV Stabilizer
Grips,
Recoil Pads,
Gun Straps
Dynaflex™ G7900 30-90A PP Black/Natural General Purpose
Versaflex™ XP 2850 50A PP Natural Wet Grip Technology
Versaflex™ VDT 4202-40 40A PP Black/Natural Vibration Damping
Versaflex™ VDT 5120-40 40A PA Black/Natural Vibration Damping
Versaflex™ OM6059-9 60A PA Black High Flow
Versaflex™ OM6258 60A PA Black/Natural Enhanced Bond
https://www.avient.com/sites/default/files/2021-11/polystrand-product-selection-guide_0.pdf
POLYSTRAND
CONTINUOUS FIBER
REINFORCED
THERMOPLASTIC
TAPES & LAMINATES
™
PRODUCT SELECTION GUIDE
Material Min Finished
Slit Width
Max Finished
Slit Width
Unidirectional Tape 2” (50.8 mm) 24” (610 mm)
X-Ply™, 3-Ply, 4-Ply 2” (50.8 mm) 120” (3048 mm)
SLITTING CAPABILITIES
Max Unfinished Width Max Finished Slit Width Max Finished Roll Weight Max Roll Length
(X-Ply™, Full Width)
Up to 125"
(3175 mm)
Up to 120"
(3048 mm)
Up to 10,000 lbs
(4500 kg)
Up to 4,000 ft
(1200 m)
LAMINATION LINE CAPABILITIES
Tape Width Resin Capabilities Fiber Inputs Max Tape Roll Weight Max Roll Length
25" (635 mm)
Standard Width,
Slit Capabilities
PP, PE, PETG,
aPET, PA6
Additional polymers
in development
E-Glass
S-Glass, Aramid
Up to 1,800 lbs
(816 kg)
Up to 12,000 ft
(366 m)
TAPE LINE CAPABILITIES
Product
Name Resin Fiber
Content Areal Weight Nominal
Thickness1
Flexural
Modulus
Flexural
Strength
Tensile
Modulus
Tensile
Strength
wt % lb/ft2 oz/yd2 gsm in mm ksi GPa ksi MPa ksi GPa ksi MPa
6337
PP
63 0.10 14.75 500 0.015 0.38 3570 24.6 58 402 4010 27.6 111 765
6531
65
0.05 7.40 251 0.006 0.15 4020 27.7 73 505 4900 33.8 140 965
6536 0.07 10.32 350 0.009 0.23 4050 27.9 72 494 4500 31.0 131 903
6538 0.14 19.77 670 0.019 0.48 3540 24.4 47 324 4260 29.4 100 689
7034B PP-Black 70 0.07 10.24 347 0.009 0.23 4400 30.3 83 569 5000 34.5 111 765
6020
PE
60 0.08 11.95 405 0.012 0.30 3600 24.8 54 372 3800 26.2 109 752
6621 66 0.10 13.97 474 0.012 0.30 4000 27.6 55 379 4720 32.5 126 869
68222 68 0.16 23.34 791 0.022 0.56 4060 28.0 55 379 4560 31.4 113 779
5843 PETG 58 0.08 11.85 402 0.008 0.20 3680 25.4 90 621 4400 30.3 137 945
5840B aPET-Black 58 0.09 13.00 441 0.009 0.23 4120 28.4 107 738 5080 35.0 150 1034
5860B PA6-Black 58 0.08 11.48 389 0.010 0.25 3620 25.0 104 717 3970 27.4 108 745
TYPICAL PROPERTIES - UNIDIRECTIONAL FIBERGLASS REINFORCED THERMOPLASTIC TAPE
1 Nominal thicknesses indicated are baseline values that may vary depending on material processing and other variables.
TYPICAL PROPERTIES - MULTI-AXIAL LAMINATES
0° Testing Orientation 90° Testing Orientation
Product
Name Resin Fiber
Content
Laminate Layers
& Orientation Areal Weight Nominal
Thickness1
Flexural Modulus
Flexural Strength
Tensile Modulus
Tensile Strength
Flexural Modulus
Flexural Strength
Tensile Modulus
Tensile Strength
wt % lb/ft2 oz/yd2 gsm in mm ksi GPa ksi MPa ksi GPa ksi MPa ksi GPa ksi MPa ksi GPa ksi MPa
6337
PP
63
0/90 0.20 29.49 1000 0.031 0.79 - - - - 2020 13.9 59.7 412 - - - - 2020 13.9 59.7 412
0/90/0 0.31 44.24 1500 0.045 1.14 2250 15.5 46.4 320 3070 21.2 79.4 547 186 1.3 9.7 67 1330 9.2 39.6 273
0/90/90/0 0.41 58.98 2000 0.057 1.45 2000 13.8 44.0 303 2400 16.5 60.6 418 496 3.4 20.7 143 2210 15.2 56.4 389
6531
65
0/90 0.10 14.80 502 0.014 0.36 - - - - 2240 15.4 60.9 420 - - - - 2240 15.4 60.9 420
0/90/0 0.15 22.20 753 0.020 0.50 2650 18.3 58.3 402 3100 21.4 82.8 571 280 1.9 NB2 NB2 1670 11.5 42.5 293
0/90/90/0 0.21 29.61 1004 0.027 0.68 2260 15.6 51.5 355 2470 17.0 62.2 429 580 4.0 30.4 210 2310 15.9 59.6 411
6536
0/90 0.14 20.71 702 0.021 0.53 - - - - 1980 13.7 60.5 417 - - - - 1980 13.7 60.5 417
0/90/0 0.22 31.06 1053 0.029 0.74 2309 15.9 48.3 333 2730 18.8 81.5 562 245 1.7 13.0 90 1490 10.3 44.3 305
0/90/90/0 0.29 41.41 1404 0.037 0.94 2164 14.9 47 324 2170 15.0 59.6 411 512 3.5 25.4 175 2340 16.1 71.2 491
6538
0/90 0.27 39.54 1341 0.034 0.86 - - - - 2220 15.3 60.0 414 - - - - 2220 15.3 60.0 414
0/90/0 0.41 59.53 2018 0.057 1.44 2825 19.5 40.9 282 2780 19.2 67.6 466 218 1.5 10.2 70 1410 9.7 40.0 276
0/90/90/0 0.55 79.37 2691 0.073 1.85 1880 13.0 32.4 223 2060 14.2 54.0 372 478 3.3 18.0 124 2360 16.3 61.0 421
7034B PP-Black 70
0/90 0.14 20.48 694 0.016 0.40 - - - - 2680 18.5 62.0 427 - - - - 2680 18.5 62.0 427
0/90/0 0.21 30.72 1041 0.028 0.71 1750 12.1 55.9 385 3710 25.6 75.1 518 160 1.1 11.3 78 1440 9.9 36.2 250
0/90/90/0 0.28 40.95 1388 0.036 0.90 1700 11.7 40.4 279 2800 19.3 55.7 384 432 3.0 25.4 175 2350 16.2 52.4 361
6020
PE
60
0/90 0.17 23.90 810 0.023 0.57 - - - - 1830 12.6 52.00 359 - - - - 1830 12.6 52.0 359
0/90/0 0.25 35.86 1216 0.033 0.84 2265 15.6 40.0 276 2740 18.9 68.2 470 181 1.2 10.0 69 1350 9.3 35.3 243
0/90/90/0 0.33 47.81 1621 0.044 1.12 1810 12.5 30.0 207 2000 13.8 48.0 331 502 3.5 22.0 152 1820 12.5 46.0 317
6621 66
0/90 0.19 27.94 947 0.025 0.65 - - - - 2280 15.7 60.0 414 - - - - 2280 15.7 60.0 414
0/90/0 0.29 41.90 1421 0.040 1.01 2490 17.2 37.0 255 2900 20.0 70.0 483 165 1.1 9.7 67 1440 9.9 38.0 262
0/90/90/0 0.39 55.87 1894 0.053 1.35 1810 12.5 29.0 200 2160 14.9 58.0 400 508 3.5 21.0 145 2170 15.0 53.0 365
5843 PETG 58
0/90 0.16 23.70 804 0.020 0.50 - - - - 2050 14.1 59.6 411 - - - - 2050 14.1 59.6 411
0/90/0 0.25 35.55 1205 0.030 0.76 2800 19.3 89.0 614 2900 20.0 78.0 538 397 2.7 NB2 NB2 1580 10.9 42.5 293
0/90/90/0 0.33 47.40 1607 0.039 0.99 2540 17.5 72.0 496 2300 15.9 57.7 398 780 5.4 35.0 241 2170 15.0 63.0 434
5840B aPET-Black 58
0/90 0.18 26.01 882 0.021 0.53 - - - - 2530 17.4 55.3 381 - - - - 2530 17.4 55.3 381
0/90/0 0.27 39.01 1323 0.032 0.82 2986 20.6 91.1 628 3160 21.8 68.7 474 252 1.7 20.0 138 1580 10.9 36.9 254
0/90/90/0 0.36 52.01 1763 0.042 1.07 3065 21.1 73.1 504 2570 17.7 54.2 374 813 5.6 37.0 255 2440 16.8 55.6 383
5860B PA6-Black 58
0/90 0.16 22.95 778 0.021 0.52 - - - - 2190 15.1 56.00 386 - - - - 2190 15.1 56.0 386
0/90/0 0.24 34.43 1167 0.034 0.86 2510 17.3 117.0 807 2760 19.0 63.7 439 657 4.5 22.2 153 1630 11.2 39.7 274
0/90/90/0 0.32 45.91 1556 0.046 1.18 2210 15.2 106.0 731 2090 14.4 45.6 314 1110 7.7 50.8 350 2150 14.8 57.4 396
1 Nominal thicknesses indicated are baseline values that may vary depending on material processing and other variables.