Literature

Fundamentals Of Thin Film Growth Technical Paper
Materion reviews fundamentals of thin-film coating technology with a focus on improving the quality of deposited layers through refinements in materials and deposition processes. Material improvements have included lowering impurity content, controlling chemical composition, and preparing physical forms that increase source utilization efficiency.
General Industry Beryllium Regulatory Text
General industry beryllium regulatory text
Hardness Conversions For Copper Alloys
Heat Treating Copper-Beryllium Parts
Heat Treating Copper Beryllium (CuBe) Parts
I-70-H and I-220-H Beryllium Data Sheet
Data for I-70-H optical grade beryllium and I-220-H instrument grade beryllium
ISO 17025 A2LA Chemical and Mechanical Accreditation Certificate Reading
Materion provides extensive ISO 9001, ISO 14000, ISO 17025 and other certification information for our products.
ISO 9001 2015 Materion Cert 2020
Materion provides extensive ISO 9001, ISO 14000, ISO 17025 and other certification information for our products.
ISO 9001 Leesport
Materion provides extensive ISO 9001, ISO 14000, ISO 17025 and other certification information for our products.
Machining Copper Beryllium Brochure
See recommendations for machining copper-beryllium alloys from Materion.
Machining MoldMax and Plastic Mold Alloys
Machining Moldmax Plastic Tooling Mold Alloys from Materion
Machining Recommendations For SupremEX Metal Matrix Composites
Materials Deposition Technology For Coating Optical Surfaces
Materion discusses the materials and deposition processes employed to make coatings that are intended for use at wavelength regions between UV and far IR as described in this technical overview.
Search For: