高性能聚合物Exceed3518PA
3300 XL Proximitor 多功能防水塑料外壳产品介绍说明书
DescriptionAlthough Proximitor Sensors and interface modules are rugged by design, they are often installed in harshenvironments that require an appropriate housing to protect the electrical equipment from damage. I n addition, many installations are in hazardous areas, which require a suitable housing for electrical equipment such as the 3300 XL Proximitor. W e offer a variety of housings that protect our products from environmental damage. When the application requires a corrosion resistant fiberglass housing for an offshore installation, we can supply it, complete with theappropriate conduit fittings and custom mounting plates. The following section provides a brief description of each housing product line, followed by the ordering information.3300 XL Multi-Purpose HousingsThe certified Stainless Steel Water-Resistant Housings meet stringent IP66 and Type 4X environmental ratings forprotecting enclosed electronic equipment in harsh conditions. The 304/304L stainless steel construction resists moisture, corrosion, and impacts in virtually all installations and may be hosed down for cleaning when necessary. For customers that require a lockable housing, we offer the Weather-Resistant Lockable housing.Water- and Corrosion-Resistant HousingsThe water- and corrosion-resistant fiberglass housings protect Bently Nevada products from corrosive and wet environments. When properly installed, the fiberglass housings are suitable for outdoor environments because of their resistance to water, dust and corrosion. F iberglass housings may not be suitable for areas where Radio Frequency Interference (RFI) is present.Proximitor Sensor and Interface Module HousingsDatasheetBently Nevada Machinery Condition MonitoringOrdering InformationFor the detailed listing of country and product specific approvals, refer to the Approvals Quick Reference Guide , Document 108M1756, at .3300 XL Multi-Purpose HousingThese Stainless Steel Water-Resistant Housings are rated for IP66 and Type 4X environmental conditions.• The 175751 housing can accommodate up to 8 Proximitor sensors in the DIN-mount configuration or 6 panel mount Proximitor sensors. See "175751 3300 XL Multi-Purpose Housing Dimensions (12" x 12" x 6")" on page 5• The 176467 housing can accommodate up to four Proximitor Sensors in the DIN-mount configuration or four panel-mount Proximitor Sensors. See "176467 3300 XL Multi-Purpose Housing Dimensions (12” x 8” x 6”)" on page 8• Each housing has three removable gland plates to simplify the installation of conduit fittings and cable gland seals.Housing Material 304 stainless steel Gasket Material PolyurethaneHousing Rating North America Certified to Type 3S, 4, and 4X ratings per UL File E115376EuropeCertified to IP66 waterproof and dust-proof per IP 66 along with the 7 joule high impact mechanical risk test required byIEC standard IEC/EN 60079-15. 3300 XL Multi-Purpose Housing 12”x12”x6”175751-AA-BB-CC-DDA: Transducer Type Option 00No mounting hardware 0135mm DIN-rail mount022.00”x2.00” panel mountProximitor Sensors, Interface Modules, and Velocity-to-Displacement Converters are not included and must be ordered separatelyExercise care when specifying system length to avoid having excess coils of cable inside the housing. This excess cable in the housing may cause chafing and premature failure of the cables.B: Conduit Fitting OptionSee "Conduit Fitting Applications for 175751, 176467, and 330181 " on page 1100Without fittings01One brass M32 cable gland seal outlet, six brass M25 cable gland seal inlets02One brass M32 cable gland seal outlet, eight brass M25 cable gland seal inlets03One aluminum 1¼ -11½ NPT conduit outlet, six aluminum ¾-14 NPT conduit inlets, six aluminum ¾ -14 to ½ -14 NPT reducers 04One aluminum 1¼-11½ NPT conduit outlet, eight aluminum ¾-14 NPT conduit inlets, eight aluminum ¾ -14 to ½ -14 NPT reducers.05One 316 stainless steel 1¼ - 11½ NPTconduit outlet, six 316 stainless steel ¾ -14 NPT conduit inlets, six 303 stainless steel ¾ -14 to ½ -14 NPT reducers.06One 316 stainless steel 1¼ - 11½ NPTconduit outlet, eight 316 stainless steel ¾ -14 NPT conduit inlets, eight 303 stainless steel ¾ -14 to ½ -14 NPT reducers.07One chrome-plated zinc 1¼ - 11½ NPTconduit outlet, six chrome-plated zinc ¾ -14 NPT conduit inlets, six 303 stainless steel ¾ -14 to ½ -14 NPT reducers.08One chrome-plated zinc 1¼ - 11½ NPTconduit outlet, eight chrome-plated zinc ¾ -14 NPT conduit inlets, eight 303 stainless steel ¾ -14 NPT to ½ -14 NPT reducers.C: Terminal Mounting Block Option 00No terminal blocks01 4 DIN rail terminal blocks 028 DIN rail terminal blocks 0312 DIN rail terminal blocks 0416 DIN rail terminal blocks 0520 DIN rail terminal blocks 0624 DIN rail terminal blocks 0728 DIN rail terminal blocks 0832 DIN rail terminal blocks 21 1 terminal block 22 2 terminal blocks 23 3 terminal blocks 24 4 terminal blocks 25 5 terminal blocks 266 terminal blocksEach DIN rail terminal block accepts only one wire. The standard terminal blocks each accept four wires. Thus, four DIN rail terminal blocks equal one standard terminal block.D: Labeling Option 00Part number only (No Approvals)3300 XL Multi-Purpose Housing 12”x8”x6”176467 - AA-BB-CC-DDA: Transducer Type Option 00No mounting hardware 0135mm DIN-rail mount 02 2.00”x2.00” panel mountProximitor Sensors, InterfaceModules, and Velocity-to-Displacement Converters are not included and must be ordered separatelyExercise care when specifying system length to avoid having excess coils of cable inside the housing. This excesscable in the housing may cause chafing and premature failure of the cables.B: Conduit Fitting OptionSee "Conduit Fitting Applications for 175751, 176467, and 330181 " on page 1100Without fittings09Four aluminum ¾-14 NPT to ½-14 NPT, Five aluminum ¾ 14 NPT, one aluminum 1¼ 11½ NPT.10One brass M32 cable gland outlet, four brass M25 cable gland inlets.11One 316 stainless steel 1¼ 11½ NPT conduit outlet, four 316 stainless steel ¾ 14 NPT conduit inlets, four 303 stainless steel ¾ 14 to ½ 14 NPT reducers1212 One chrome-plated zinc 1¼ 11½ NPT conduit outlet, four chrome-plated zinc ¾ 14 NPT conduit inlets, four 303 stainless steel ¾ 14 to ½ 14.C: Terminal Mounting Block Option 00No terminal blocks 01 4 DIN rail terminal blocks 028 DIN rail terminal blocks 0312 DIN rail terminal blocks 0416 DIN rail terminal blocks 211 terminal block 22 2 terminal blocks 23 3 terminal blocks 244 terminal blocksD: Labeling Option 00Part number only (No Approvals)Each DIN rail terminal block accepts only one wire. The standard terminal blocks each accept four wires. Thus, four DIN rail terminal blocks equal one standard terminal block.AccessoriesG raphs and Figures3300 XL Multi-Purpose HousingFigure 1: 175751 3300 XL Multi-Purpose Housing Dimensions (12" x 12" x 6")Dimensions are in millimeters (inches).Figure 2: 175751 Panel Mount OrientationPanel mount Proximitors and Terminal blocks share the same mounting hole pattern; therefore, any combination of 6 Proximitors and/or Terminal Blocks will work with this housing when panel mounting hardware is ordered (-AA option = -02).Figure 4: 176467 3300 XL Multi-Purpose Housing Dimensions (12” x 8” x 6”)Figure 5: 176467 Panel Mount OrientationPanel mount Proximitors and Terminal blocks share the same mounting hole pattern; therefore, any combination of 4 Proximitors and/or Terminal Blocks will work with this housing when panel mounting hardware is ordered (-AA option = -02).Figure 6: 176467 Sample DIN Mount OrientationTable 1: Conduit Fitting Applications for 175751, 176467, and 330181Ordering InformationFor the detailed listing of country and product specific approvals, refer to the Approvals Quick Reference Guide , Document 108M1756, at .Weather-Resistant Lockable HousingThe Weather Resistant Lockable Housing is rated for IP54 environmental conditions • The h ousing can accommodate up to 8 3300 XL Proximitor sensors in the DIN-mount configuration or 6 panel mount Proximitor sensors.• Each housing has three removable gland plates to simplify the installation of conduit fittings and cable gland seals.See "Weather-Resistant Lockable Housing Dimensions " on page 14Housing Material304 stainless steelGland Plate Gasket Material Neoprene rubber Cover Gasket Material PORON urethaneHousing Rating EuropeCertified t o the IP54 waterproof along with the 7-joule high impact mechanical risk test required by IEC standard IEC/EN 60079-15 Total System Mass 6.4 kg (14.0 lbm) with standardgland plates but without conduit fittings installed8.0 kg (17.6 lbm) with standardgland plates and conduit fittings installed330181 - AA-BB-CC-DD-EEA: Transducer Type Option 00No mounting hardware013300 XL Proximitor Sensors (DIN mount), DIN-rail terminal blocks033300 XL Proximitor Sensors (panel mount)043300 Proximitor Sensors053000 or 7200 Proximitor Sensors, VDCs, and Interface ModulesProximitor Sensors, Interface Modules, and Velocity-to-Displacement Converters are not included and must be ordered separatelyExercise care when specifying system length to avoid having excess coils of cable inside the housing. This excess cable in the housing may cause chafing and premature failure of the cables.B: Conduit Fitting OptionSee "Conduit Fitting Applications for 175751, 176467, and 330181 " on page 1100Without fittings01One brass M32 cable gland seal outlet, six brass M25 cable gland seal inlets02One brass M32 cable gland seal outlet, eight brass M25 cable gland seal inlets03One aluminum 1¼ -11½ NPT conduit outlet, six aluminum ¾-14 NPT conduit inlets, six aluminum ¾ -14 to ½ -14 NPT reducers 04One aluminum 1¼-11½ NPT conduit outlet, eight aluminum ¾-14 NPT conduit inlets, eight aluminum ¾ -14 to ½ -14 NPT reducers.05One 316 stainless steel 1¼ - 11½ NPTconduit outlet, six 316 stainless steel ¾ -14 NPT conduit inlets, six 303 stainless steel ¾ -14 to ½ -14 NPT reducers.06One 316 stainless steel 1¼ - 11½ NPTconduit outlet, eight 316 stainless steel ¾ -14 NPT conduit inlets, eight 303 stainless steel ¾ -14 to ½ -14 NPT reducers.07One chrome-plated zinc 1¼ - 11½ NPTconduit outlet, six chrome-plated zinc ¾ -14 NPT conduit inlets, six 303 stainless steel ¾ -14 to ½ -14 NPT reducers.08One chrome-plated zinc 1¼ - 11½ NPTconduit outlet, eight chrome-plated zinc ¾ -14 NPT conduit inlets, eight 303 stainlesssteel ¾ -14 NPT to ½ -14 NPT reducers. C: Gland Plate Thickness01Standard 2.34 mm (0.092 in)02 3.05 mm (0.120 in)03 4.78 mm (0.188 in)04 6.35 mm (0.250 in)D: Terminal Mounting Block Option00No terminal blocks01 4 DIN rail terminal blocks028 DIN rail terminal blocks0312 DIN rail terminal blocks0416 DIN rail terminal blocks0520 DIN rail terminal blocks0624 DIN rail terminal blocks0728 DIN rail terminal blocks0832 DIN rail terminal blocks21 1 terminal block22 2 terminal blocks23 3 terminal blocks24 4 terminal blocks25 5 terminal blocks26 6 terminal blocksEach DIN rail terminal block accepts only one wire. The standard terminal blocks each accept four wires. Thus, four DIN rail terminal blocks equal one standard terminal block.E: Labeling Option00Safe area (No Approvals)G raphs and FiguresWeather Resistant Lockable Housing1. Stainless steel slip hinge. A llows cover to be removed from housing2. M10 x 1.5 – 6 g ground stud, stainless steel3. M6 slotted hex head captive fastener, stainless steel4. Approval/ identification label5. M6 x 16 mm hex head bolt, stainless steel6. ф 8.33 [0.328] padlock hasp7. Removable gland plate, 3 placesFigure 1: Weather-Resistant Lockable Housing DimensionsDimensions are in millimeters (inches).Ordering InformationFor the detailed listing of country and product specific approvals, refer to the Approvals Quick Reference Guide , Document 108M1756, at .Explosion Proof Housing2-Unit Explosion-Proof HousingCA72341 - AA-BBSee "CA72341 2-Unit Explosion-Proof Housing Dimensions " on page 17A: Transducer Type Option00No mounting hardware023000 or 7200 Proximitor Sensors, VDCs, and Interface Modules 033300 Proximitor Sensors103300 XL Proximitor Sensors, panel mountProximitor Sensors, Interface Modules, and Velocity-to-Displacement Converters are not included and must be ordered separatelyExercise care when specifying system length to avoid having excess coils of cable inside the housing. This excess cable in the housing may cause chafing and premature failure of the cables.B: Conduit Fitting Option 01No fittings supplied02One 1¼ -11½ in NPT outlet fitting, one ¾-14 NPT inlet fitting03One 1¼ -11½ NPT outlet fitting, two ¾-14 NPT inlet fittings04One ¾-14 NPT outlet fitting, one ½-14 NPT inlet fitting05One ¾-14 NPT outlet fitting, two ½-14 NPTinlet fittings4-Unit Explosion-Proof HousingCA72342 - AA-BBSee "CA72342 4-Unit Explosion-Proof Housing Dimensions" on page 17A: Transducer Type Option 00No mounting hardware023000 or 7200 Proximitor Sensors, VDCs, and Interface Modules 033300 Proximitor Sensors103300 XL Proximitor Sensors, panel mount 113300 XL Proximitor Sensors, DIN mountProximitor Sensors, Interface Modules, and Velocity-to-Displacement Converters are not included and must be ordered separatelyExercise care when specifying system length to avoid having excess coils of cable inside the housing. This excess cable in the housing may cause chafing and premature failure of the cables.B: Conduit Fitting Option 01No fittings supplied02One 1¼ -11½ in NPT outlet fitting, one ¾-14 NPT inlet fitting03One 1¼ -11½ NPT outlet fitting, two ¾-14 NPT inlet fittings04One ¾-14 NPT outlet fitting, three ¾-14 NPT inlet fittings05One ¾-14 NPT outlet fitting, four ¾-14 NPT inlet fittings06One ¾-14 NPT outlet fitting, one ½-14 NPT inlet fitting07One ¾-14 NPT outlet fitting, two ½-14 NPT inlet fittings08One ¾-14 NPT outlet fitting, three ½-14 NPT inlet fittings09One ¾-14 NPT outlet fitting, four ½-14 NPT inlet fittings6-Unit Explosion-Proof HousingCA72343 - AA-BBSee "CA72343 6-Unit Explosion-Proof Housing Dimensions" on page 18A: Transducer Type Option00No mounting hardware023000 or 7200 Proximitor Sensors, VDCs, and Interface Modules 033300 Proximitor Sensors103300 XL Proximitor Sensors, panel mount 113300 XL Proximitor Sensors, DIN mountProximitor Sensors, Interface Modules, and Velocity-to-Displacement Converters are not included and must be ordered separatelyExercise care when specifying system length to avoid having excess coils of cable inside the housing. This excess cable in the housing may cause chafing and premature failure of the cables.B: Conduit Fitting Option 01No fittings supplied02One 1¼ -11½ in NPT outlet fitting, one ¾-14 NPT inlet fitting03One 1¼ -11½ NPT outlet fitting, two ¾-14 NPT inlet fittings04One 1¼ -11½ NPT outlet fitting, three ¾-14 NPT inlet fitting05One 1¼ -11½ NPT outlet fitting, four ¾-14 NPT inlet fitting06One 1¼ -11½ NPT outlet fitting, five ¾-14 NPT inlet fitting07One 1¼ -11½ NPT outlet fitting, six ¾-14 NPT inlet fitting08One ¾-14 NPT outlet fitting, one ½-14 NPT inlet fittings09One ¾-14 NPT outlet fitting, two ½-14 NPTinlet fittings10One ¾-14 NPT outlet fitting, three ½-14 NPT inlet fittings11One ¾-14 NPT outlet fitting, four ½-14 NPT inlet fittings12One 1¼ -11½ NPT outlet fitting, five ½-14 NPT inlet fittings13One 1¼ -11½ NPT outlet fitting, six ½-14 NPT inlet fittingsG raphs and FiguresExplosion Proof HousingFigure 1: CA72341 2-Unit Explosion-Proof Housing Dimensions Dimensions are in millimeters (inches). For additional dimensions, see Dimensions A and B in Table 2.Figure 2: CA72342 4-Unit Explosion-Proof Housing Dimensions Dimensions are in millimeters (inches). For additional dimensions, see Dimensions A and B in Table 2.1. Outlet fitting threaded hole centered 76.3 (3.0) from baseFigure 3: CA72343 6-Unit Explosion-Proof Housing Dimensions Dimensions are in millimeters (inches). For additional dimensions, see Dimensions A and B in Table 2.Table 1: Explosion-Proof Housing DimensionsOrdering InformationFor the detailed listing of country and product specific approvals, refer to the Approvals Quick Reference Guide , Document 108M1756, at .Water and Corrosion-Resistant Housing2-Unit Water and Corrosion-Resistant Fiberglass Housing24584 - AA-BBSee "24584, 24585, and 24586 Fiberglass Housing Dimensions " on page 21A: Transducer Type Option00No mounting hardware023000 or 7200 Proximitor Sensors, VDCs, and Interface Modules 033300 Proximitor Sensors103300 XL Proximitor Sensors, panel mountProximitor Sensors, Interface Modules, and Velocity-to-Displacement Converters are not included and must be ordered separatelyExercise care when specifying system length to avoid having excess coils of cable inside the housing. This excess cable in the housing may cause chafing and premature failure of the cables.B: Conduit Fitting Option 00Without fittings and mounting holes 01With fittings and reducers 02With cable grips and cable seals4-Unit Water and Corrosion-ResistantFiberglass Housing24585 - AA-BBSee "24584, 24585, and 24586 Fiberglass Housing Dimensions " on page 21A: Transducer Type Option 00No mounting hardware023000 or 7200 Proximitor Sensors, VDCs, and Interface Modules 033300 Proximitor Sensors103300 XL Proximitor Sensors, panel mountProximitor Sensors, Interface Modules, and Velocity-to-Displacement Converters are not included and must be ordered separatelyExercise care when specifying system length to avoid having excess coils of cable inside the housing. This excess cable in the housing may cause chafing and premature failure of the cables.B: Conduit Fitting Option 00Without fittings and mounting holes 01With fittings and reducers 02With cable grips and cable seals6-Unit Water and Corrosion-Resistant Fiberglass Housing24586 - AA-BBSee "24584, 24585, and 24586 Fiberglass Housing Dimensions " on page 21A: Transducer Type Option00No mounting hardware023000 or 7200 Proximitor Sensors, VDCs, and Interface Modules033300 Proximitor Sensors103300 XL Proximitor Sensors, panel mountProximitor Sensors, Interface Modules, and Velocity-to-Displacement Converters arenot included and must be ordered separatelyExercise care when specifying system length to avoid having excess coils of cableinside the housing. This excess cable in thehousing may cause chafing and prematurefailure of the cables.B: Conduit Fitting Option00Without fittings and mounting holes01With fittings and reducers02With cable grips and cable sealsG raphs and FiguresWater and Corrosion-Resistant HousingFigure 1: 24584, 24585, and 24586 Fiberglass Housing DimensionsDimensions are in millimeters (inches).For additional dimensions, see Dimensions A through E in Table 3.Table 1: Water- and Corrosion-Resistant Housing DimensionsCopyright 2019 Baker Hughes, a GE company, LLC ("BHGE") All rights reserved.Bently Nevada, Orbit Logo and Proximitor are registered trademarks of BHGE in the United States and other countries. All product and company names are trademarks of their respective holders. Use of the trademarks does not imply any affiliation with or endorsement by the respective holders.This product may be covered by one or more patents, see /legal for current status.The information contained in this document is subject to change without prior notice.1631 Bently Parkway South, Minden, Nevada USA 89423Phone: 1.775.782.3611 。
DATE SHEET
6.0 7.0 8.0
7.1 9.1 9.1 拉拨力 Drawing force
尼龙铆钉 直径 4.0 系列单位：mm A B B 5.0 6.0 7.0 8.0 9.0 10.0 12.0 4.0 D E 7.1 7.1 9.0 9.0 11.0 11.0 14.0 拉拨力 Drawing force 20Kg
尼龙铆钉 直径 3.0 系列单位：mm A B C 3.5 4.5 5.5 6.5 7.5 8.0 9.0 10.0 3.0 D E 5.1 6.1 6.1 7.1 9.0 9.0 11.0 11.0 拉拨力 Drawing force 12Kg 8Kg
尼龙铆钉 直径 3.5 系列单位：mm A B C 3.5 4.5 5.0 3.5 D E 5.1 6.1 6.1
适用孔径 Hole Dia
适用板材 Panel Thick 0.6~1.2 1.3~2.0 2.1~2.8 2.9~3.6 3.7~4.4 4.5~5.2
A
B
C 2.4 3.2 4.0 4.8 5.6 6.4
D
E 3.8 3.8 5.5 5.5 7.2 7.2
拉拨力 Drawing force
2.1
R3560 R3570 R3580 型号 Part NO. R4050 R4060 R4070 R4080 R4090 R4100 R4120 型号 Part NO. R5045 R5055 R5065 R5075 R5085 R5095 R5105 型号 Part NO. R6060 R6080 适用孔径 Hole Dia 6.1 5.1 适用孔径 Hole Dia 4.1 适用孔径 Hole Dia
尼龙铆钉 直径 5.0 系列单位：mm A B C 4.5 5.5 6.5 7.5 8.5 9.5 10.5 5.0 D E 6.5 6.5 8.5 8.5 10.5 10.5 12.0 拉拨力 Drawing force 30Kg 25Kg
sa-351ch20化学成分
sa-351ch20化学成分SA-351CH20化学成分SA-351CH20是一种常用的化学品，其化学成分主要包括有机物和无机物。
本文将详细介绍SA-351CH20的化学成分及其特性。
一、有机物成分SA-351CH20中的有机物成分主要包括硅烷、聚硅氧烷和有机改性剂等。
硅烷是一种含有硅的有机化合物，通常具有较高的热稳定性和化学稳定性。
硅烷可以用作润湿剂、增稠剂和粘合剂等。
在SA-351CH20中，硅烷的主要作用是提高涂料的附着力和耐候性。
聚硅氧烷是一种由硅和氧组成的聚合物，具有出色的耐热性、耐化学腐蚀性和电绝缘性。
聚硅氧烷在SA-351CH20中具有润滑和保护作用，可以减少表面摩擦和磨损。
有机改性剂是一种通过化学反应将有机物与硅烷或聚硅氧烷结合而成的化合物。
有机改性剂可以增加SA-351CH20的粘度和流动性，同时还能改善其涂覆性能和耐久性。
二、无机物成分SA-351CH20中的无机物成分主要包括溶剂、稀释剂和填料等。
溶剂是一种用于溶解其他物质的介质，常用的溶剂有醇类、酮类和酯类等。
在SA-351CH20中，溶剂起到稀释和溶解有机物的作用，使其更易于涂覆和处理。
稀释剂是一种用于降低涂料粘度的化学品，常用的稀释剂有水、醇类和醚类等。
在SA-351CH20中，稀释剂用于调节涂料的粘度和流动性，使其更易于涂覆和处理。
填料是一种用于增加涂料体积和改善涂料性能的物质，常用的填料有纳米颗粒、矿物质和树脂颗粒等。
在SA-351CH20中，填料的主要作用是增加涂料的硬度、耐磨性和耐腐蚀性。
三、SA-351CH20的特性SA-351CH20具有以下特性：1. 耐候性：SA-351CH20中的硅烷和聚硅氧烷成分具有出色的耐候性，能够抵抗日晒、雨淋和化学腐蚀等外界环境的影响。
2. 耐热性：SA-351CH20中的有机改性剂和填料能够提高涂料的耐高温性能，使其在高温环境下仍能保持稳定。
3. 耐腐蚀性：SA-351CH20中的有机改性剂和填料具有良好的耐腐蚀性，能够保护被涂物表面不受酸碱和化学物质的侵蚀。
Parker TechSeal 分裂公司 产品说明书
Hybrid-Electric Vehicle Batery Seals Extruded and spliced using a hot vulcanization process, Parker battery pack seals provide optimal sealing conditions for large battery enclosures requiring low closure force to minimize deflection of the battery pack case. Battery seals are available in solid and hollow O-ring and various custom profiles.
• Application Engineering support and material development
Typical Applications
• Transmissions and drivelines • Diesel engines • Oil filter and fuel systems • Valve covers • Engine oil pans • Cylinder liners • Hybrid-electric vehicles • Sensors • Steering systems
Parker’s elastomer products are highly engineered and customized to meeting demanding application requirements. The team of Application Engineers at Parker is available to provide design assistance and partner with OEMs to develop materials that meet high performance specifications.
科聚亚聚氨酯
HMDI耐黄变系统
品名 LW 520 LW 570 NCO % 4.75 7.5 硬度 90A 75D 固化剂种类 二胺类 二胺类 适用期(分钟) 4~6 1.5 特性 耐水解性佳 高定伸强度、耐水解性佳
6
LF-TDI聚醚低游离系统
品名 LF 800A LF 900A LF 930A LF 950A LF 600D LF 650D LF 700D LF 750D NCO % 2.9 3.8 5.05 6.05 7.25 7.7 8.25 8.9 硬度 80A 90A 93A 95A 60D 65D 70D 75D 固化剂种类 MOCA MOCA MOCA MOCA MOCA MOCA MOCA MOCA 适用期(分钟) 14 9 8.5 7.3 5.25 4.25 3.3 2.8 特性 易加工 动态性能佳、高回弹 动态性能佳、耐屈曲 高温动态性能佳 高温动态性能佳 高温动态性能佳 高温动态性能佳 高温动态性能佳
不断改善是科聚亚的使命。 致力于向客户提供更好的业务方案； 帮助员工学习与成长； 帮助投资者实现创新思考，稳固的发展规划以及满意结果。
1
科聚亚
聚氨酯业务
科聚亚聚氨酯在全球聚氨酯热浇注模塑预聚体、特殊水性聚氨酯分散体以及聚酯多元醇应用上处于领 先地位。我们的业务特性在于了解关注客户所需，提供适合的规格产品和应用开发以及完善的技术服 务与支持。 我们与客户的关系透过广泛全面的产品线和技术能力得以紧密联系，使得我们在业界以创造客户价值 的解决方案者著称。将您复杂而最具挑战的方案交给科聚亚，让我们和您一起开展双赢的方案。 科聚亚在全球提供超过300种聚氨酯预聚体和交联剂，包含Adiprene®， Vibrathane® 和Vibracure®等 高性能产品。 我们产品范围包含各种耐撕裂、耐磨浇注弹性体。它们在硬度、承载能力和耐刮、耐切上的杰出表现 在全球范围内赢得了客户的赞同。 科聚亚产品的主要应用领域包含： 工业和印刷滚轮； 矿山，原油和天然气田开采设备； 机械设备零件； 工业轮； 电器零件和输送设备； 各式运动器械和耗材。 除了传统的MDI、TDI预聚体，科聚亚也提供各种 TDI、 MDI、 PPDI和HDI种类低游离异氰酸酯预聚 体。这些低游离预聚体除了提供更好的物性，操作便利外，在确保环境安全和健康卫生方面也有杰出 的表现。我们的产品系列包括聚酯、聚醚、聚己内酰酯和聚碳酸酯类。 科聚亚提供Fomrez®聚酯多元醇应用于多种软质泡沫、热塑性弹性体、涂层、黏合剂和其它弹性体应 用。Witcobond®聚氨酯分散体具有优异的涂布性和接着性，广泛应用于木材、塑料、玻纤、化纤、皮 革、橡胶和其它多种材料。 商品名： 浇注型聚氨酯： Adiprene®和Vibrathane® 水性聚氨酯： Witcobond® 聚酯多元醇： Fomrez® 高硬度塑料系统： Royalcast®
PPG电泳漆P6000PX手册
Product Booklet 产品手册➢Attributes产品特点➢Product Evolution 产品的发展史➢Advantages产品优点➢Performance Data 产品性能数据➢Approvals认可➢Commercial Uses商业应用®Registered Trademark©Copyright 2001PPG INDUSTRIES, Inc.151 Colfax StreetSpringdale, Pennsylvania 15144POWERCRON 6000PX is an improved version of PPG Industries’ sixth-generation cathodic epoxy electrocoat. This product was formulated to meet the automotive industry corrosion requirements without the use of heavy metals (namely lead and chrome) in the paint film. This product is suitable for use in applications either where a “primer only” is specified, or where topcoatability of a primer is required.POWERCRON 6000PX是PPG公司第六代阴极环氧电泳漆的改进型产品。
这种产品的推出是为了在漆膜中无重金属（即铅合铬）的情况下，更好的满足汽车工业防腐的要求。
这种产品适合于单独底漆涂装或涂装面漆。
Eliminate Hazardous Waste消除有害废物Most prior cationic epoxy products contained lead or required a chrome rinse pretreatment for maximum corrosion performance. Lead and chrome are currently considered hazardous materials, and therefore are regulated. Future legislation may ban the use of lead and chrome in industrial paint formulations and make heavy metal waste disposal increasingly difficult and costly. In addition, automobile manufacturers are requiring their suppliers to identify, decrease, and even eliminate lead in the coatings used on their parts. POWERCRON 6000PX will enable customers to meet automotive corrosion requirements without the use of heavy metals in the finishing process.以前大多数阴极环氧电泳漆为了最大限度的提高防腐能力，其配方中含有铅或需要钝化前处理。
CW1056 系列 3~5 节锂离子 聚合物电池保护芯片 商品说明书
CW1056产品描述CW1056系列产品是一款高度集成的3~5串锂离子电池或锂聚合物电池保护芯片。
CW1056为电池包提供过充、过放、过流和过温保护；均衡功能可以消除电池包中各节电池的容量差异，使电池组高效工作并延长寿命。
产品参数商品名称描述3~5节锂离子/聚合物电池保护芯片品牌CellWise(赛微)过充电保护范围 4.175V~4.450V过放电保护范围 2.3V~3.0V过电流保护三级过流保护均衡功能支持工作功耗15uA(25°C)休眠功耗0.5uA(25°C)其它功能过问保护功能应用电动工具、电动自行车、后备电源、锂离子及锂聚合物电池包封装TSSOP30最小包装3000pcs关键字4~5节锂离子/聚合物电池保护芯片，带均衡功能产品列表注：其它参数需求可联系原厂。
TYPEOVER CHARGE THRES HOLD [VOC]OVER CHAR GE DELA Y [TOC]OVER CHAR GE RELE ASE [VOC R]OVER DISCH ARGE THRE SHOL D [VOD]OVER DISCH ARGE RELE ASE [VOD R]BALAN CE COMPA RE VOLTA GE [VBAL]EXCESS CURREN T 1THRESH OLD [VEC1]EXCES S CURRE NT 2THRES HOLD [VEC2]SHORT CIRCUIT S PROTEC TION [VSHR]DISCHA RGE DETEC TIONCW1056ALAT4.225V1s4.100V2.700V3.000V4.050V0.100V0.200V0.500VVINI。
聚氨酯常用催化剂
美国气体产品编号公司产品编号产品介绍胺类催化剂DABCO 33LVR A-33 33%三乙烯二胺的二丙二醇溶液，工业标准产品。
DABCOR 1027 1027 改性三乙烯二胺，用于单乙醇聚酯及聚醚鞋底原液系统，能调整纤维及脱模时间。
DABCO 1028 1028 改性三乙烯二胺，用于1，4丁二醇聚酯及聚醚鞋底原液系统，能调整纤维及脱模时间。
DABCO 8154 8154 延迟性三乙烯二胺型催化剂，可改善泡沫流动性。
DABCO B16 B16 改善表面固化，适用于模塑及其他自结皮系统。
DABCO BDMA BDMA 减低于高水份配方中产生之脆性及表面固化。
DABCO BL-11 A-1 70%双(二甲胺基乙基)醚的二丙二醇溶液，「发泡」型催化剂。
DABCO BL-17 BL-17 具有延迟反应效果的双(二甲胺基乙基)醚衍生物。
DABCO BL-22 BL-22 复合胺，具有强烈「发泡」效果，可取代BL-11。
DABCO Crystalline 固体胺固体三乙烯二胺，工业标准产品。
DABCO CS-90 CS-90 复合胺，具有强烈「发泡」作用，改善泡沫密度梯度及开孔效果，可减少箱泡角落破裂。
DABCO DC-2R DC-2 特殊复合胺，适用于硬质喷涂加速固化，优良储存稳定性。
DABCO DMAEE DMAEE 低气味表面固化催化剂，与33LV等主要基础催化剂共用。
DABCO DMDEE DMDEE 「发泡」催化剂，尤其适用于单组份密封泡沫，与MDI相溶而不反应。
DABCO DMEA DMEA 温和平衡性催化剂，乳白时间较短。
DABCO EG EG 凝胶催化剂，33%三乙烯二胺的乙二醇溶液，用于鞋材乙二醇系统。
DABCO NE200(新) NE200 特殊低雾化反应型「发泡」催化剂。
DABCO NE400(新) NE400 低气味，特殊低雾化反应型催化剂，用于聚酯泡沫。
DABCO NE500(新) NE500 特殊低雾化反应型「胶化」催化剂，能大大减低气味及雾化。
重复无焰泄爆设计参数
"重复无焰泄爆"可能是指一种特殊的防爆设计，通常涉及到一系列参数和特性，以确保设备在泄漏气体的情况下不会引发火花或火焰，从而避免爆炸。
具体的设计参数和特性可能因产品类型、应用场景和相关法规而有所不同。
以下是一些可能与重复无焰泄爆设计相关的参数：
防爆等级：
设备可能具有特定的防爆等级，如Ex d（防爆外壳），Ex e（增安型），Ex p（泄爆压力）。
这些等级根据国际防爆标准，如IEC 60079，进行定义。
材料选择：
设计中使用的材料必须能够抵抗爆炸环境中可能存在的有害物质，并且不能在泄漏时产生火花。
密封性能：
设备的密封性能对于防止有害气体进入设备并防止设备内有害气体泄漏至关重要。
静电放电控制：
设备可能包括静电放电控制装置，以防止因静电放电引发火花。
机械保护：
设备的设计可能包括机械保护措施，以防止设备在受到物理损坏时引发火花。
可靠性和测试：
设计中可能包括特定的测试和验证程序，以确保设备在实际使用中的可靠性。
这可能包括定期检查和测试。
温度控制：
设备可能包括温度控制装置，以确保设备在操作中不会超过其设计温度范围，从而避免产生火花。
电气参数：
如果设备涉及到电气元件，其电气参数，如电压、电流等，可能需要特殊设计，以防止在设备操作期间引发火花。
3mgpl110gf技术参数
3mgpl110gf技术参数
3mgpl110gf是一种电子设备的技术规格。
以下是3mgpl110gf的一些主要技术
参数：
1. 处理器：3mgpl110gf采用了先进的处理器技术，具有高性能和低能耗的特点。
2. 存储容量：该设备提供大容量的内存和存储空间，可以满足用户对于数据存
储和处理的需求。
3. 网络连接：3mgpl110gf支持多种网络连接方式，包括以太网、无线网络等，
可以方便地进行数据传输和共享。
4. 显示屏：该设备配备了高分辨率的显示屏，可以呈现清晰、细腻的图像和视
频效果。
5. 摄像头：3mgpl110gf配备了高像素的摄像头，可以进行高质量的图像和视频
捕捉。
6. 电池容量：该设备内置了高容量的电池，可以提供长时间的使用时间。
7. 操作系统：3mgpl110gf采用了先进的操作系统，具有强大的功能和易用性。
8. 尺寸和重量：设备的尺寸和重量相对较小，便于携带和使用。
需要注意的是，具体的技术参数可能会因不同的型号和版本而有所差异，以上
只是对3mgpl110gf技术参数的一般描述。
在实际使用时，请以具体的产品说明书
或官方发布的信息为准。
石墨隔热材料在谷歌Pixel 3XL手机烤机测试中的应用说明书
1. W. L. Gore & Associates, 201 Airport Rd,Elkton MD, 21921 USA******************，*****************，****************2. NeoGraf Solutions, LLC 11709 Madison Ave., Lakewood, Ohio 44133 USA*******************，*******************摘要将具有超高扩散能力的石墨片和具有超低导热系数的隔热片相结合而成的复合热解决方案，应用于谷歌Pixel 3XL 手机的烤机测试中，与石墨、隔热材料和空气这些单一方案相比，复合方案可以将稳态表面触摸（皮肤）温度(T S)降低3.2°C，同时其最高结温(T J)只增加了不到1 °C。
在COMSOL中模拟了轴对称传导模型，确定了在厚度相当(~350μm)的情况下五种独特的热解决方案的表面温度降低趋势。
其中四种解决方案在谷歌Pixel 3XL烤机测试中进行了试制、测试和验证。
该复合材料最大限度地降低了T S，可用来提高稳态系统性能，同时保持对用户安全的表面温度。
稳态3DMark – Sling Shot Extreme评测分数从3401增加到3823，稳态系统性能提高了12.4 。
通过采用稳态热流和厚度测试来测量隔热材料的贯穿平面导热系数，并采用热扩散率测试来测量石墨的平面导热系数，从而将设备性能增强与材料性能联系起来。
通过稳态热扩散测试来验证石墨的平面导热系数，此实验表明了100 μm 高性能石墨片的扩散能力比100 μm合成石墨片和天然石墨片高出30 左右。
使用隔热石墨复合材料提高移动电子产品的系统性能Mitchell Warren 1，Julian Norley 2，John Allen 1，Jonathan Taylor 2，Lindsey Keen 1关键词石墨、超高扩散能力、隔热材料、超低导热系数、复合材料、散热材、导热系数、厚度、表面触摸（皮肤）温度、热点、结温、环境温度、稳态、谷歌Pixel 3XL (Pixel)、片上系统(SoC)、3DMark - Sling Shot Extreme、评测分数、系统性能、用户安全。
埃克森美孚ExceedTM茂金属聚乙烯
ｉ新品及应用一埃克森美孚Ｅｘｃｅｅｄ刊茂金属聚乙烯出的拉伸性能、抗冲击强度和抗穿刺性，优异的延伸性能，制品具有可减薄特性，获得良好的经济效益。
ＥｘｃｅｅｄＴＭ系列都属于茂金属低密度聚乙烯树脂。
其中，ＥｘｃｅｅｄｌＯｌ２ＣＡ牌号的熔体指数为ｌｇ／１０ｒａｉｎ，这是一种己烯共聚物，用其加工的薄膜具有杰出的低温韧性，优异的热封和热粘性能，作为一种灵活应用的多用途包装薄膜树脂，应用领域包括食品包装、复合薄膜制品、重型包装袋、多层包装薄膜、运输袋。
Ｅｘｃｅｅｄ１０１８ＣＡ也是一种己烯共聚物，熔体指数为１ｇ／１０ｍｉｎ，属于茂金属线性低密度聚乙烯树脂，用该牌号树脂加工而成的薄膜除了拥有茂金属树脂薄膜共有的优点之外，还具有特别优异的可牵伸性，因而成为矣克森美孚公司的展台ｌｉｔ“中国”。
（刘颖摄影）用途非常广泛的包装薄膜树脂，可应用的加工领域是：吹塑拉伸膜、装运袋、重包装袋、食品包装袋、多层复合薄膜制品等。
Ｅｘｃｅｅｄ１３２７ＣＡ是一种己烯共聚物，其熔体指数为１．３ｇ／１０ｍｉｎ，具有优异的强度和拉伸性能，用于加工塑料袋应用能够实现薄膜减薄，主要用于加工垃圾袋、衬里材料、重包装袋、通用包装材料。
Ｅｘｃｅｅｄ２０１８ＣＡ是一种乙烯基共聚物，采用茂金属单中心催化剂和埃克森美孚公司的Ｅｘｘｐｏｌ技术生产，熔体指数为２．０ｇ／１０ｍｉｎ，该牌号树脂具有高的熔体指数，非常适合掺｝昆到ＬＤＰＥ为主的薄膜配方当中，以及在共挤加工中作为表层。
其应用范围包括：复合制品、拉伸薄膜、冷冻包装膜、共挤薄膜中的热封层。
Ｅｘｃｅｅｄ３５１８是一种己烯共聚物，熔体指数为３．５ｇ／１０ｍｉｎ，适用于加工成单层或多层流延薄膜，可加工制成流延拉伸膜、优质包装膜。
Ｅｘｃｅｅｄ３５２７ＰＡ是一种乙烯基共聚物，熔体指数达到３．５９／１０ｍｉｎ，采用茂金属单中心催化剂和Ｅｘｘｐｏｌ技术生产，用其生产的薄膜产品具有高模量、优异的拉伸、抗冲击强度、耐穿刺性、以及优异的可牵伸性，是一种用途广泛的聚合物树脂，专供用于加工单层或多层流延拉伸膜，适合的制品种类有：拉伸膜一非粘结层、卫生膜、人造草。
国巨排容规格书
(2) TOLERANCE
B = ±0.1 pF C = ±0.25 pF D = ±0.5 pF G = ±2% J = ±5% K = ±10% M = ±20%
(3) PACKING STYLE
R = Paper/PE taping reel; Reel 7 inch K = Blister taping reel; Reel 7 inch P = Paper/PE taping reel; Reel 13 inch F = Blister taping reel; Reel 13 inch
Automotive grade
NP0/X7R
6.3 V to 630 V
CAPACITANCE RANGE & THICKNESS FOR NP0
Table 3 Sizes from 0402 to 0805 0402 0603 CAP.
50 V 0.47 pF 0.56 pF 0.68 pF 0.82 pF 1.0 pF 1.2 pF 1.5 pF 1.8 pF 2.2 pF 2.7 pF 3.3 pF 3.9 pF 4.7 pF 5.6 pF 6.8 pF 8.2 pF 10 pF 12 pF 15 pF 18 pF 22 pF 27 pF 33 pF 39 pF 47 pF 56 pF 68 pF 82 pF 100 pF
85
DATA SHEET
SURFACE MOUNT MULTILAYER CERAMIC CAPACITORS
Automotive grade NP0/X7R
6.3 V TO 630 V
0.47 pF to 1 µF
RoHS compliant & Halogen Free
26700he 比克 参数
26700he 比克参数摘要：一、引言二、26700he比克参数介绍1.产品背景2.产品特点3.主要参数三、26700he比克参数优势1.高效能2.安全性3.兼容性四、26700he比克应用领域1.工业领域2.医疗领域3.通信领域五、结论正文：【引言】近年来，随着科技的飞速发展，各类电子产品及设备的性能要求不断提高，电池技术也在不断进步。
26700he比克是一款具有高性能、高安全性的电池产品，其参数引起了广泛关注。
本文将对26700he比克的参数进行详细介绍，并分析其优势及应用领域。
【26700he比克参数介绍】【产品背景】26700he比克电池是我国自主研发的一款圆柱形锂离子电池，采用了最新的锂离子电池技术，具有高能量密度、高安全性、长寿命等优点。
该产品广泛应用于各种电子设备及电动工具等领域。
【产品特点】1.高能量密度：26700he比克电池采用了高能量密度的三元材料，使电池具有更高的容量，满足设备对长时间运行的需求。
2.高安全性：该电池采用了阻燃、耐高温的壳体材料，并采用了过充、过放、短路等多种保护措施，确保电池在各种工况下的安全运行。
3.长寿命：26700he比克电池具有优越的循环寿命，满足设备长时间运行需求，降低维护成本。
【主要参数】1.容量：根据不同需求，26700he比克电池有多种容量规格可供选择。
2.内阻：低内阻有助于提高电池的充放电效率，降低能耗。
3.工作温度：-20℃至60℃的工作温度范围，适应各种恶劣环境。
4.放电率：26700he比克电池具有高放电率性能，满足设备高功率需求。
【26700he比克参数优势】【高效能】26700he比克电池的高能量密度和低内阻特性，使电池具有更高的充放电效率，满足设备对高能量、高功率的需求。
【安全性】该电池采用了多重保护措施，确保在各种工况下的安全运行，降低因电池故障引发的事故风险。
【兼容性】26700he比克电池具有广泛的工作温度范围，适用于各种环境，且具有高放电率性能，满足不同设备的运行需求。
航空煤油聚结器技术参数
航空煤油聚结器技术参数
航空煤油聚结器是一种用于航空煤油的处理设备，其技术参数通常包括以下几个方面：
1. 处理能力，即设备每小时能够处理的航空煤油的量，通常以立方米/小时或吨/小时来衡量。
2. 运行压力，指设备在正常工作状态下的压力范围，通常以帕斯卡（Pa）或磅力/平方英寸（psi）来表示。
3. 运行温度，指设备在正常工作状态下的温度范围，通常以摄氏度（℃）或华氏度（°F）来表示。
4. 设备尺寸，包括设备的长、宽、高，以及重量等参数，以便进行安装和布局设计。
5. 能耗，即设备运行时消耗的能量，通常以千瓦时（kWh）或燃料消耗率来表示。
6. 效率，指设备处理航空煤油的效率，通常以去除杂质的百分
比或其他相关指标来衡量。
7. 控制系统，包括设备的自动化程度、控制方式和监测系统等方面的技术参数。
8. 安全性能，包括设备的安全阀、泄漏报警系统等安全相关的技术参数。
除了以上列举的技术参数外，航空煤油聚结器的设计还可能涉及到材料选用、操作要求、维护周期等方面的技术参数。
这些参数的具体数值会根据具体的设备型号和制造厂家而有所不同。
航空煤油聚结器的技术参数对于设备的选型、运行和维护具有重要的指导意义，同时也需要根据实际情况进行合理的调整和应用。
时代新纪元科技集团 TVF7000 系列 高性能无速度传感器矢量控制变频器 说明书
矢量控制变频器
TVF7000 系列 高性能无速度传感器矢量控制变频器
用 户 手 册
产品版本 手册版本
V1.0 V1.0
时代新纪元科技集团有限公司
前 言
时代TVF系列变频器的用户朋友：
您好！ 感谢您选用时代TVF7000系列矢量变频器。 7000系列矢量变频器是时代公司开发的真正的电流矢量控制 变频器。体积小巧，功能齐全，性能优越，操作简便。 7000系列矢量控制变频器同时具有电流矢量和V/F两种控制方 式，用户可根据具体情况进行选择，本产品能够适用于各种高性 能要求的应用场合。 7000系列矢量变频器安装操作虽然简单， 但误操作可能会引起 意外事故，缩短变频器寿命，降低其性能，因此在使用前请务必 仔细熟读使用手册，掌握正确使用方法并请妥善保管使用手册， 以便能长久使用。 如果在使用中有不明之处， 或者未能发挥其优良性能时，请仔 细参阅使用手册或与公司联系，将有助于正确使用变频器。
述 ..........................................................................................................6
本手册使用指南 .................................................................................................... 6 开箱检查 ................................................................................................................ 6 产品型号 ................................................................................................................ 6 产品的搬运 ............................................................................................................ 7 产品的保存 ............................................................................................................ 7 产品的保修 ............................................................................................................ 7
10b33主要化学成分
10b33主要化学成分
摘要：
一、10b33简介
二、主要化学成分
三、10b33的应用领域
四、前景展望
正文：
【一、10b33简介】
10b33是一种聚合物，具有低密度、高强度和耐磨性等特点，使其在许多领域具有广泛的应用。
作为一种先进材料，10b33在航空航天、汽车制造、电子设备等众多行业中都有出色的表现。
【二、主要化学成分】
10b33的主要化学成分为：
1.聚醚酰胺（PEA）
2.聚醚酯（PEEK）
3.聚醚酰胺酰亚胺（PEI）
聚醚酰胺（PEA）具有良好的耐热性、韧性和耐化学性；聚醚酯（PEEK）具有高强度、刚性和耐磨性；聚醚酰胺酰亚胺（PEI）则拥有出色的耐热性、化学稳定性和电气性能。
这三种化学成分的组合使得10b33具有独特的性能优势。
【三、10b33的应用领域】
1.航空航天：10b33在航空航天领域的应用包括涡轮叶片、发动机罩、机舱内饰等部件，其低密度、高强度和耐磨性可以降低飞机重量，提高燃油效率。
2.汽车制造：10b33在汽车制造中可用于制造刹车盘、齿轮、轴承等部件，其耐磨性和耐热性能可以提高汽车使用寿命和性能。
3.电子设备：10b33在电子设备中的应用包括电路板、散热器和外壳等部件，其耐热性和化学稳定性可以保证设备在高温、高湿环境下的正常工作。
【四、前景展望】
随着科学技术的不断发展，对材料性能的要求越来越高。
10b33作为一种具有低密度、高强度和耐磨性等优点的先进材料，在各个领域的应用将越来越广泛。
量子膜t70参数
量子膜t70参数全文共四篇示例，供读者参考第一篇示例：量子膜T70是一种先进的材料，具有许多独特的性能参数。
在今天的科技领域，量子膜T70已经成为研究和开发的热门材料之一。
本文将深入探讨量子膜T70的各项参数，以及其在不同领域的应用。
我们先来了解一下量子膜T70的基本性能参数。
量子膜T70是一种高性能、低失真的材料，具有优异的弹性、强度和耐热性。
其主要参数包括拉伸强度、断裂伸长率、硬度、热学性能等。
拉伸强度是指材料在拉伸状态下抵抗拉断的能力，量子膜T70的拉伸强度非常高，可以满足各种复杂的工程需求。
断裂伸长率是指材料在拉伸过程中的变形能力，量子膜T70的断裂伸长率也很高，能够有效地减少材料的疲劳损伤。
硬度则是材料抵抗划痕和变形的能力，量子膜T70的硬度非常高，适用于各种高强度的工程应用。
热学性能包括导热性、热膨胀系数等参数，量子膜T70在这些方面也表现出色，适用于高温环境下的应用。
在实际应用中，量子膜T70可以广泛应用于航空航天、汽车制造、电子产品等领域。
在航空航天领域，量子膜T70可以用于制造高强度的航空零部件，如航天飞行器的外壳、引擎零部件等。
量子膜T70的高强度和耐热性能使其成为航空零部件的理想材料。
在汽车制造领域，量子膜T70可以用于制造高强度的车身零部件，如车门、引擎盖等。
量子膜T70的高硬度和弹性可以有效地提高汽车的安全性能和耐久性。
在电子产品领域，量子膜T70可以用于制造高性能的电子元件，如智能手机的外壳、电池包装等。
量子膜T70的优异性能可以提高电子产品的稳定性和寿命。
除了以上应用领域外，量子膜T70还可以在其他领域得到广泛应用。
量子膜T70可以用于制造高耐磨的工程材料，如轴承、齿轮等。
量子膜T70的高硬度和耐磨性能可以有效地延长机械设备的使用寿命。
量子膜T70还可以用于制造防护材料，如防弹衣、防护墙等。
量子膜T70的高强度和弹性能够有效地保护人员和设备。
第二篇示例：量子膜T70参数是指一种高性能的液晶膜，广泛应用于电子产品中，如手机、平板电脑、电视等。
- 1、下载文档前请自行甄别文档内容的完整性，平台不提供额外的编辑、内容补充、找答案等附加服务。
- 2、"仅部分预览"的文档,不可在线预览部分如存在完整性等问题,可反馈申请退款(可完整预览的文档不适用该条件!)。
- 3、如文档侵犯您的权益，请联系客服反馈,我们会尽快为您处理(人工客服工作时间：9:00-18:30)。
Product DatasheetExceed™ 3518PAPerformance PolymerProduct DescriptionExceed 3518PA resin is an ethylene 1-hexene copolymer. Films made from Exceed 3518PA resin have outstanding tensile properties and impact and puncture toughness. These superior properties, along with excellent drawability, make these resins versatile for both monolayer and multilayer cast packaging film. TnPP is not intentionally added to Exceed 3518PA.•Europe•North America Additive •Exceed 3518PA: Antiblock: No; Slip: No; Processing Aid: No; Thermal Stabilizer: YesApplications•Bag in Box•Barrier Food Packaging •Blown Film •Cast Film •Cast Stretch Film •Diaper Backsheet •Food Packaging•Form Fill And Seal Packaging•Hygiene film •Packaging Films •Personal CareRevision Date•05/22/2018Density0.918g/cm³0.918g/cm³ASTM D1505Melt Index (190°C/2.16 kg) 3.5g/10 min 3.5g/10 min ASTM D1238Peak Melting Temperature237°F114°CExxonMobil Method Tensile Strength at Yield MD 1200psi 8.3MPa ASTM D882Tensile Strength at Yield TD 1100psi 7.6MPa ASTM D882Tensile Strength at Break MD 11000psi 70MPa ASTM D882Tensile Strength at Break TD 6800psi 47MPa ASTM D882Elongation at Break MD 510%510%ASTM D882Elongation at Break TD680%680%ASTM D882Secant Modulus MD - 1% Secant 16000psi 110MPa ASTM D882Secant Modulus TD - 1% Secant 18000psi 120MPa ASTM D882Dart Drop Impact140g 140g ASTM D1709A Elmendorf Tear Strength MD 190g 190g ASTM D1922Elmendorf Tear Strength TD 500g 500g ASTM D1922Puncture Force 11lbf 47NExxonMobil Method Puncture Energy38in·lb 4.3JExxonMobilMethod Gloss (60°)86 86 ASTM D2457Haze 2.4% 2.4%ASTM D1003routinely tested for its presence, based on product composition knowledge this substance is not expected to be present. However, the fact that this substance is not intentionally used by ExxonMobil in this product does not exclude that trace levels of this substance may be present as a result of the specific characteristics of the raw materials and/or of the manufacturing process.This product is not intended for use in medical applications and should not be used in any such applications.Contact your ExxonMobil Chemical Customer Service Representative for potential food contact application compliance (e.g. FDA, EU, HPFB).temperature and 750 fpm line speed.Product DatasheetExceed™ 3518PAPerformance PolymerNotesTypical properties: these are not to be construed as specifications.1 Product may not be available in one or more countries in the identified Availability regions. Please contact your Sales Representative for complete Country Availability.For additional technical, sales and order assistance: /ContactUs©2019 ExxonMobil. ExxonMobil, the ExxonMobil logo, the interlocking “X” device and other product or service names used herein are trademarks of ExxonMobil, unless indicated otherwise. This document may not be distributed, displayed, copied or altered without ExxonMobil's prior written authorization. To the extent ExxonMobil authorizes distributing, displaying and/or copying of this document, the user may do so only if the document is unaltered and complete, including all of its headers, footers, disclaimers and other information. You may not copy this document to or reproduce it in whole or in part on a website. ExxonMobil does not guarantee the typical (or other) values. Any data included herein is based upon analysis of representative samples and not the actual product shipped. The information in this document relates only to the named product or materials when not in combination with any other product or materials. We based the information on data believed to be reliable on the date compiled, but we do not represent, warrant, or otherwise guarantee, expressly or impliedly, the merchantability, fitness for a particular purpose, freedom from patent infringement, suitability, accuracy, reliability, or completeness of this information or the products, materials or processes described. The user is solely responsible for all determinations regarding any use of material or product and any process in its territories of interest. We expressly disclaim liability for any loss, damage or injury directly or indirectly suffered or incurred as a result of or related to anyone using or relying on any of the information in this document. This document is not an endorsement of any non-ExxonMobil product or process, and we expressly disclaim any contrary implication. The terms “we,” “our,” "ExxonMobil Chemical" and "ExxonMobil" are each used for convenience, and may include any one or more of ExxonMobil Chemical Company, Exxon Mobil Corporation, or any affiliate either directly or indirectly stewarded.。