חלון סיליקון אופטי עם ציפוי אנטי-רפלקטיבי | Si window with AR COATING

אנו משווקים בישראל חלונות אופטיים וכן חלונות אופטיים מסיליקון. בנוסף לחומר הגלם של החלונות ולחיתוך בהתאם לדרישות הלקוח, ניתן לצפות את החלונות בציפויים שונים כגון ציפוי אנטי-רפלקטיבי

להלן דוגמא למפרט של חלון סיליקון מצופה בציפוי אנטי-רפלקטיבי

Disk Si OD 16 mm+0.0/-0.05. thickness -1 mm+/-0.05,

Polished 60-40 including chamfers,

Coating both sides – AR -diameter 13.65-14max @ 2.8-4.8-micron +/- 2%

Transmission >90% .

אם אתם צריכים חלונות אופטיים בצורה כלשהי ועם ציפוי כלשהו, אתם מוזמנים ליצור עמנו קשר לקבלת ייעוץ, פרטים נוספים והצעת מחיר

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English:

Optical Silicone Window with Anti-Reflective Coating | They window with AR COATING
We market optical windows as well as silicon optical windows. In addition to the raw material of the windows and cutting according to customer requirements, the windows can be coated with different coatings such as anti-reflective coating

The following is an example of a specification of a silicone coated anti-reflective coating

Disk Si OD 16 mm + 0.0 / -0.05. thickness -1 mm +/- 0.05,

Polished 60-40 including chamfers,

Coating both sides – AR diameter 13.65-14max @ 2.8-4.8-micron +/- 2%

Transmission> 90%.

If you need optical windows in any way and with any coating, you are welcome to contact us for advice, more details and a quote

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Here are 10 similar products—other optical windows with AR coatings—that are in top demand today, often used in a variety of IR applications.

Germanium (Ge) Windows with AR Coating: Germanium is a very popular alternative to silicon for IR applications, especially for thermal imaging and systems that operate in the longer-wave IR band (up to 12 µm or 16 µm). Like silicon, it requires an AR coating to achieve high transmission.
Sapphire (Al₂O₃) Windows with AR Coating: Sapphire windows are extremely hard and durable, making them ideal for harsh or high-pressure environments. They can transmit light from the visible spectrum through the near-infrared, and with a proper AR coating, they are in high demand for use in aerospace, military, and laser applications.
Zinc Selenide (ZnSe) Windows with AR Coating: ZnSe is a critical material for high-power laser systems, especially for CO₂ lasers operating at 10.6 µm. It has very low absorption and high thermal shock resistance. An AR coating is almost always applied to these windows.
Calcium Fluoride (CaF₂) Windows with AR Coating: CaF₂ is a versatile material with a very wide transmission range, from the deep ultraviolet (UV) to the mid-infrared. Its low absorption and high damage threshold make it a top choice for high-power laser optics, particularly in scientific research and semiconductor manufacturing.
Barium Fluoride (BaF₂) Windows with AR Coating: Similar to calcium fluoride, BaF₂ has an even broader transmission range into the long-wave IR (up to 12 µm). It is often used for spectroscopy and thermal imaging.
Fused Silica Windows with AR Coating: Fused silica is a common optical material for the UV to near-infrared range (up to about 2.1 µm). While its transmission spectrum doesn’t extend as far into the IR as silicon, it is in high demand for its excellent thermal stability and optical homogeneity.
Zinc Sulfide (ZnS) Windows with AR Coating: ZnS is available in a multispectral grade that is transparent in both the visible and infrared regions. This dual capability is highly sought after for advanced military and surveillance systems.
Chalcogenide Glass Windows with AR Coating: This is a class of amorphous glasses (typically containing sulfur, selenium, or tellurium) that are transparent exclusively in the infrared. Their ability to be molded makes them a top choice for high-volume IR applications.
Potassium Bromide (KBr) Windows: Used in Fourier Transform Infrared (FTIR) spectroscopy, these windows have a very wide transmission range, extending to the far-infrared. They are in demand for analytical chemistry but are highly sensitive to moisture.
IR-Grade Fused Quartz: A type of fused silica optimized for infrared transmission by removing impurities. It offers better performance than standard fused silica in the IR and is in demand for high-end applications like IR sensor protection.