Metal Optics Replace Metal Coated Substrates

The primary function of an optical mirror is to redirect light. The mirror should be flat, smooth, and provide a durable, stable and easy-to-clean surface. For many applications, a mirror's ability to conduct heat is also extremely important. Common metallic optics mirrors have an Aluminum or Gold coating on various substrate materials of glass, Fused Silica or Fused Quartz. Left unprotected, Aluminum and Gold mirror coatings are extremely delicate and cannot withstand much cleaning. These mirrors must then be overcoated with dielectric materials which are much harder than the metal surface they are protecting. These coatings also have inconsistent thickness variation, and may distort the wavefront of the deflected beam. Also, differences in the coefficient of expansion between the substrate and coating materials affect the mirrors' stability.

Using its proprietary technology, Valley Design can now produce Angstrom level optical surface finishes on these pure metal mirrors, eliminating the necessity for expensive and lower performance metallic coatings. Pure metal optics mirrors minimize distortion of the reflected image, and offer a very hard, scratch-resistant surface with low thermal distortion. Mirrors manufactured from Molybdenum and Stainless Steel exhibit many of these advantages.

Please call or e-mail for more details, or for a quotation per your specifications.

Other related web pages:

• Molybdenum metal polished mirrors and optics
• Polished stainless steel wafers
• Stainless steel Optics
• Stainless steel wafers and substrates
• Superpolished metal optical components

Return to Home Page: Metal optics from aluminum, copper and molybdenum

1.5inch-ss-mirrors Metal mirror diagram Molybdenum mirrors Stainless steel mirrors

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