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See how Philtec fiber optic sensors solve measurement challenges in aerospace, energy, cryogenics, medical technology, vacuum systems, high-pressure environments, and advanced research applications.

Philtec’s D Model Sensors and Their High-Frequency Capabilities

by | August 12, 2026 | Content Engine, Fiberoptic Sensors, Frequency Bandwidth | 0 Comments

Philtec's D Model Sensors are renowned in the industry for their outstanding high-frequency performance. Designed to meet demanding requirements, these sensors exceed the standard frequency bandwidths, providing unparalleled operational excellence. In this article, we...
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Gamma Radiation Threshold Levels

by | September 12, 2025 | Gamma Radiation, Uncategorized | 0 Comments

Threshold dose Levels in Borosilicate Glass Fibers <50 rad (very low dose) No detectable changes in structure, optics, or mechanics. Any induced defects are below detection limits of spectroscopy. 10² – 10³ rad (100–1,000 rad) Beginning of trace radiation-induced...
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Low Dosage Gamma Radiation

by | September 12, 2025 | Uncategorized | 0 Comments

Gamma radiation can interact with borosilicate glass fibers primarily by producing ionization and electronic defects in the glass network. At very low doses (<50 rad, or <0.5 Gy), the effects are generally minimal, but a few points are worth noting: Optical...
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Gamma Radiation Threshold Levels

Sep 12, 2025 | ,

Threshold dose Levels in Borosilicate Glass Fibers <50 rad (very low dose) No detectable changes in structure, optics, or mechanics. Any induced defects are below detection limits of spectroscopy. 10² – 10³ rad (100–1,000 rad) Beginning of trace radiation-induced...

Low Dosage Gamma Radiation

Sep 12, 2025 |

Gamma radiation can interact with borosilicate glass fibers primarily by producing ionization and electronic defects in the glass network. At very low doses (<50 rad, or <0.5 Gy), the effects are generally minimal, but a few points are worth noting: Optical...