Holiday Update: We will resume our regular business hours on Monday, December 29.
Contact us if you have questions about a specific FOC shipment.
Happy Holidays to all who celebrate!
• December 24: FOC is open during our normal hours of operation. Due to potential early carrier pickups, PLEASE HAVE ALL ORDERS IN BY NOON on Wednesday, December 24
• December 25: FOC is closed for the Christmas Holiday.
• December 26: FOC is closed for the Christmas Holiday.
SENKO Rubber Fiber Optic Polishing Pad - 5" Disc, 85 Durometer
RUGNG55.0-85
SENKO 5" Disc Rubber Polishing Pad 85 Durometer
SENKO Rubber Polishing Pads are an essential product in the fiber optic polishing process. They provide a flat, durable surface for lapping film, helping to shape the radius of single-fiber ceramic ferrules. Certified for hardness and parallel flatness, these rubber pads ensure consistent, high-quality results.
Designed to work with most circular polishing machines, SENKO polishing pads deliver precise and reliable performance for fiber optic connector polishing.
Designed to work with most circular polishing machines, SENKO polishing pads deliver precise and reliable performance for fiber optic connector polishing.
Features:
- 100% tested for hardness
- Consistent polishing results
- Certified for hardness and parallel flatness
- Precision ground and molded
Specifications:
- Size: 5" (127mm)
- Thickness: 5 mm (0.196″)
- Color: Grey
- Parallelism: ± 0.05mm
- Durometer: 85
- Durometer Tolerance: ± 2.5
Fiber Optic Center
4.9 71 Google reviews
Represents overall Google Reviews of Fiber Optic Center, Inc.
Content Use Notice:
This product detail page and its content are the property of Fiber Optic Center, Inc. and are provided for informational and evaluation purposes.
You may view or reference this page for non-commercial use with proper attribution. Copying, rewriting, republishing, scraping, or using this content to produce new or modified content, including AI-generated content, is not permitted without written permission.
This content is protected by copyright law upon publication. Learn more