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Brochures
EMN-CC-051	Eastman at a Glance
L-251	EASTMAN 168 SG Non-Phthalate Plasticizer - A Sensitive Grade for Demanding Markets
MBS-401	Natvar and Gentex Chose EASTMAN Elastomer
MBS-598	Sustainable Innovation Through Materials in the Medical Device Market
MBS-805	EASTMAN TRITAN Copolyester - Innovations in IV Components
MBS-867	Trends in Healthcare and the Impact on Medical Device Development
PPM-220	Swaging Plastic Medical Device Parts - An Investigation of EASTMAN Copolyesters and Polycarbonate Performance
PZ-017	Transforming Plasticizers for 40 Years
PZ-4157	Eastman 168 SG Frequently asked questions
PZ-8826	Eastman Plasticizers product portfolio
SP-AP-MBS-4363	Support for molding precision medical devices
SP-EU-MBS-1419	Global Collaboration Creates Lasting Value
SP-EU-MBS-1422	Superior Syringe Provides a Shot of Innovation
SP-EU-MBS-3857	Technology collaboration: When to begin. How to succeed.
SP-MBS-10147	Tritan copolyester design guide
SP-MBS-1142	Helping Shape What's Next in Medical Devices and Packaging
SP-MBS-1159	TENITE Cellulosics - Proven Reliability
SP-MBS-1162	Eastman medical polymers: Safe and sustainable alternatives for the healthcare industry
SP-MBS-1163	When medical science meets polymer science
SP-MBS-1164	EASTMAN TRITAN Copolyester - The Clear Choice for Next-Generation Blood Contact Devices
SP-MBS-1165	Redefining the Balance Between Processability and Chemical Resistance
SP-MBS-1179	EASTMAN TRITAN Copolyester - Sound Science for Blood Contact Devices
SP-MBS-1414	Enhanced Efficiency
SP-MBS-1415	Advanced Solutions for In-Home Patient Care
SP-MBS-1423	Passing the Biocompatibility Test
SP-MBS-1428	Improving Through Innovation
SP-MBS-1434	Innovation for Blood Purification
SP-MBS-1435	Combined Materials Inspire Innovative Design
SP-MBS-1784	Small Bore Connectors-White Paper
SP-MBS-1898	Henkel building better bonds
SP-MBS-3914	Cradle to Cradle Products Innovation Institute certifies Eastman copolyesters and approved additives
SP-MBS-4327	Housing material performance using 4-step test
SP-MBS-5125	4-step disinfectant housing test - infographic
SP-MBS-5187	Increase the life expectancy of your medical devices
SP-MBS-5414	Chemical resistant in a flame-retardant polymer, Eastman MXF221
SP-MBS-5806	Ecdel elastomers, you have our undivided attention
SP-MBS-6158	Eastman Tritan Product Safety
SP-MBS-6570	Facts about Eastman Tritan
SP-MBS-6766	Tritan celebrates 10 years!
SP-MBS-7664	Environmental stress cracking in Electronics
SP-MBS-8305	Medical grade polymers with the right properties
SP-MBS-9346	Eastman Tritan MXF Portfolio
SP-TRS-10080	Weathering of Tenite butyrate
SP-TRS-10162	TENITE Cellulose Acetate Propionate - Chemical Resistance
SP-TRS-10283	Stress Measurement in Parts Made of Tenite Cellulosic Plastics
SP-TRS-10325	TENITE Cellulosic Plastics - Film and Sheet Extrusion
SP-TRS-3086	Eastman MXF221 troubleshooting guide for medical housings
SP-TRS-4148	Eastman Tritan copolyester, Lack of estrogenic and testosterone activity
SP-TRS-4152	Eastman Tritan copolyester - Transparent in-mold decoration applications
TRS-274	Comprehensive Third-Party Research Results: EASTMAN TRITAN Copolyesters are Free of Estrogen and Androgen Activity
TRS-MED-4182	Eastman Tritan™ copolyester— a new option for clear electronic device applications

Design, Process and Handling Guides
MBS-MED-656	EASTMAN TRITAN Copolyester - Medical Secondary Operations Guide
PPD-407	Injection molding troubleshooting guide—Eastman copolyesters
PPM-207	Y-Site Design
PPM-208	Eastman™ medical polymers for luer design
SP-MBS-1465	EASTMAN TRITAN Copolyester - Processing Guide
SP-MBS-1971	Keys to successful molding
SP-MBS-2000	Proper sterilization of packaging made with EASTMAN Tritan copolyester MP100, MP150, and MP200
SP-MBS-2021	Accelerated Age of Tritan
SP-MBS-3689	Eastman Tritan Medical devices processing guide
SP-MBS-6114	Medical secondary operations guide
SP-MBS-6634	Designing for manufacturability, cleanability, and serviceability
SP-TRS-3278	Ultrasonic welding Eastman polymers
SP-TRS-4150	Ultrasonic welding Eastman Tritan copolyester for thin-walled parts
SP-TRS-4257	Eastar 6763 copolyester - Thermoforming

Selector Guides
SP-MBS-1785	Property comparison and ranking guide
SP-MBS-6606	RFP specifications for longer-lasting medical devices

Success Stories
SP-EU-MBS-1645	Cipher Surgical opts for Tritan for its OpClear laproscope lens cleaning device
SP-EU-MBS-1646	DySIS Medical chooses Eastar for its medical device
SP-EU-MBS-3346	Philips Duravita uses Tritan for its blender jar to create high-value
SP-MBS-1417	MEDICA S.p.A selects Tritan for dialysis treatment devices
SP-MBS-1429	Sotera Wireless chooses Tritan for the ViSi Mobile patient monitoring system
SP-MBS-1430	A. Hopf GmbH uses Tritan for its 3-way stopcocks and Y-connectors
SP-MBS-1439	IPG Photonics crease seamless welds with Tritan for the laser-welding technology
SP-MBS-1449	Natus Medical selects Tritan for the advanced hearing screening device
SP-MBS-1452	MonuMedical uses Tritan for the Flowarray infusion device for administering medicine

Technical Presentations
D-171	EASTMAN Hydroquinone - Health, Safety, and Environmental Information
MBS-80	EASTAR Copolyester 6763
MBS-962	Chemical Compatibility with Hospital Disinfectants and Oncology Drugs
PPM-222	Sterilization of medical devices & packaging
PZ-011	Sensitive Grade. Sensible Choice. - EASTMAN 168 SG Non-Phthalate Plasticizer
SP-MBS-1130	EASTMAN TRITAN MXF121 Copolyester - Design Devices and Diagnostics
SP-MBS-1654	Why devices are failing in oncology
SP-MBS-2018	Laser welding Eastman medical copolyesters
SP-MBS-4142	Sweet bond advances soft-hard designs
SP-MBS-5190	HAIs and Chemical Resistance
SP-MBS-5299	The effect of electron beam sterilization on transparent polymers used in medical devices
SP-MBS-5760	Part inspiration. Part insight.
SP-MBS-9145	Medical Devices MDR One-Pager

Technical Tips
PZ-104	Medical Solvent Bonding Technical Tip

White Papers
SP-MBS-6639	Better hospital purchasing decisions
SP-MBS-7339	Injection molding for Eastman MXF portfolio of products