Quartz waveplate #1911

polymerzero order

Product Overview
Quartz waveplates (retarders) control polarization in optical and photonic systems. Available in zero-order and multiple-order designs, these mounted elements include a fast-axis marking on the mount edge to simplify alignment and integration in laboratory and production environments.

Key Features

• Zero-order and multiple-order quartz waveplates
• Retardance options: quarter-wave (λ/4) and half-wave (λ/2)
• Mounted in black anodized aluminum frame for secure handling
• Fast-axis marking on mount edge; zero-order polymer waveplates also available

Performance and Application Notes
Multiple-order waveplates are suitable when the operating wavelength deviates ≤ ±1% from the design wavelength. For broader wavelength tolerance, improved bandwidth, and reduced temperature sensitivity, specify zero-order waveplates. Fast-axis marking and standard mounting facilitate repeatable alignment in polarization control, interferometry, laser systems, and other photonics applications.

Technical Specifications

• Substrate: quartz
• Retardance: λ/4 (quarter-wave) and λ/2 (half-wave) options
• Order: multiple-order and zero-order
• Mount: black anodized aluminum (mounted)
• Mount marking: fast axis marked on mount edge
• Application guidance: use multiple-order for ≤ ±1% wavelength deviation; use zero-order for larger deviations to improve bandwidth and thermal stability