MBS-962
Tritan’s chemical compatibility for the medical market
PPM-219
Medical Device and Diagnostic Industry - The Need for Specificity in Accelerated Aging
PPM-220
Swaging Plastic Medical Device Parts - An Investigation of EASTMAN Copolyesters and Polycarbonate Performance
SP-AP-MBS-4363
Support for precision molding in medical devices
SP-MBS-10147
Eastman Tritan copolyester design guide
SP-MBS-10289
Tritan MXF copolyester — The right plastic for healthcare
SP-MBS-1142
Eastman polymers for medical devices and packaging
SP-MBS-1159
High-performance cellulosics for demanding medical device applications
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-1165
Redefine the balance between processability and chemical resistance
SP-MBS-3076
Eastman specialty plastics reference guide
SP-MBS-4327
Housing material performance using 4-step test
SP-MBS-5025
Medical standards and support
SP-MBS-5125
4-step disinfectant housing test - infographic
SP-MBS-5187
Increase the life expectancy of your medical devices
SP-MBS-5806
Ecdel elastomers, you have our undivided attention
SP-MBS-6158
Eastman Tritan copolyester product safety
SP-MBS-8305
Medical grade polymers with the right properties
SP-MBS-9346
Eastman Tritan MXF portfolio of medical polymers
SP-TRS-10162
Chemical resistance of Tenite cellulose acetate propionate
SP-TRS-10325
Tenite cellulosics—Film and sheet extrusion
SP-TRS-4148
Tritan copolyester is free of estrogenic and androgenic activity
TRS-274
Comprehensive third-party research results: Tritan copolyesters are free of estrogen and androgen activity
DDS-4
Thermoforming Tips for Extruding Sheet - EASTAR Copolyester 6763
MBS-MED-656
Medical secondary operations guide
PPD-407
Injection molding troubleshooting guide for Eastman copolyesters
PPM-201
ECDEL Elastomers - Products and Packaging for the Medical Industry
PPM-207
Y-Site Design
PPM-208
Eastman™ medical polymers for luer design
SP-MBS-11634
Eastman Trēva molding safety guide
SP-MBS-1465
Processing guide for Tritan copolyester
SP-MBS-1604
Tips for thermoforming sheet extruded from Eastar, Tritan and Eastalite
SP-MBS-2000
Sterilization of packaging made with Eastman Tritan copolyester
SP-MBS-2021
Accelerated aging in medical devices and packaging
SP-MBS-2033
Heat sealing film and sheet for medical packaging
SP-MBS-3689
Eastman Tritan Medical devices processing guide
SP-MBS-5652
Thermoforming tips for Eastman Eastalite™ MP007F foamed copolyester
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
TRS-MED-269
Thermoforming tips with Eastar and Tritan copolyester
SP-MBS-1785
Property comparison and ranking guide
SP-MBS-6606
RFP specifications for longer-lasting medical devices
SP-MED-18136
Eastman Tritan copolyester medical selector guide
SP-TRS-10277
Selector chart for Tenite cellulosics formulas 264, 285, 485, 530, 550, 565, 575, 576
MBS-401
Natvar and Gentex Chose EASTMAN Elastomer
SP-EU-MBS-1155
Delivering Sustainability
SP-EU-MBS-1419
Global Collaboration Creates Lasting Value
SP-EU-MBS-1422
Superior Syringe Provides a Shot of Innovation
SP-EU-MBS-1646
DySIS Medical chooses Eastar for its medical device
SP-EU-MBS-3857
Technology collaboration: When to begin. How to succeed.
SP-EU-MBS-4830
Closing the contamination gaps in medical packaging
SP-MBS-1414
Enhanced Efficiency
SP-MBS-1415
Advanced Solutions for In-Home Patient Care
SP-MBS-1416
Preserving Grafts Without the Glass
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-6251
Talent plus expertise equals an innovative future for rigid medical packaging
MBS-345
Eastman medical grade polymers for rigid medical packaging
MBS-403
EASTMAN ECDEL Elastomer Delivers THE MATERIAL DIFFERENCE
MBS-612
Redefining the balance between toughness and heat resistance
MBS-80
EASTAR Copolyester 6763
MBS-940
EASTMAN EASTALITE Copolyester - Safety and Sustainability In One Package
PPM-222
Sterilization of medical devices & packaging
SP-MBS-1654
Why devices are failing in oncology drug delivery applications
SP-MBS-1805
Tritan copolyester for renal treatment device applications
SP-MBS-1812
Tritan copolyester — The clear choice for renal device applications
SP-MBS-1991
Heat sealing film and sheet made of Eastman copolyesters
SP-MBS-2002
Eastman copolyester — Microbial barrier
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-7664
Environmental stress cracking (ESC) on device performance
SP-MBS-9145
Medical Devices MDR One-Pager
SP-MBS-9146
Rigid Medical Packaging MDR One-Pager
SP-MBS-9213
Storage and shipping for Tritan MP100 copolyester
SP-TRS-10080
Weathering of Tenite butyrate
SP-TRS-10250
Tenite cellulosics—Secondary fabrication techniques
SP-TRS-10283
Stress measurement in parts made of Tenite cellulosic plastics
SP-MBS-1971
The keys to a successful injection molding design
SP-MBS-1999
Proper sterilization of packaging with EASTAR copolyester 6763
SP-MBS-2001
Proper sterilization of packaging made with EASTMAN EASTALITE copolyester
SP-MBS-2022
Accelerated aging of Eastalite
SP-MBS-2023
Accelerated aging of Eastar
SP-MBS-1784
Reducing the risk of medical device tubing misconnections
SP-MBS-6639
Better hospital purchasing decisions
SP-MBS-7339
Injection molding for Eastman MXF portfolio of products