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The Current Local Date and Time in Schlieren, Switzerland (CH)

Time Zone Europe/Zurich

12:33:27

Local Time Date and Timezone

Where is Schlieren? (Switzerland, CH)

Schlieren is a city located in Switzerland (CH).
Latitude 47.39668 Longitude 8.44763

Schlieren location on the Switzerland (CH) map

Information about Schlieren

City: Schlieren
Country: Switzerland (CH)
Latitude: 47.39668
Longitude: 8.44763
Time Zone: Europe/Zurich

Time zone and UTC offset ofSchlieren

Schlieren, Switzerland is in the Europe/Zurich time zone, which is currently UTC+2. This time zone observes daylight saving time (currently in effect). The next clock change is on October 25, 2026.

Current time difference with other cities

Schlieren is 1 hour ahead of London
Schlieren is 6 hours ahead of New York
Schlieren is 9 hours ahead of Los Angeles
Schlieren is 2 hours behind Dubai
Schlieren is 7 hours behind Tokyo
Schlieren is 9 hours behind Sydney

Frequently asked questions about time inSchlieren

What time zone is Schlieren in?

Schlieren, Switzerland is in the Europe/Zurich time zone (currently UTC+2).

Does Schlieren observe daylight saving time?

Yes, the clocks change during the year in this time zone.

What is the time difference between Schlieren and New York?

Schlieren is 6 hours ahead of New York (the difference can change when either place switches to or from daylight saving time).

What are the coordinates of Schlieren?

Schlieren is located at latitude 47.39668 and longitude 8.44763.

Sunrise, sunset and moon phase inSchlieren today

Astronomical data for October 16, 2026 in Schlieren, calculated for the Europe/Zurich time zone. All times are local.

Sun

Sunrise: 07:46
Solar noon: 13:12
Sunset: 18:37
Length of day: 10 h 51 min

Moon

Moon phase: Waxing Crescent
Illumination: 30%
Moon age: about 5.4 days
Moonrise: 14:05
Moonset: 21:41

Other cities inSwitzerland

All cities and towns in Switzerland

City of Schlieren

Schlieren ( SHLEER-ən; German: [ˈʃliːʁn̩] , German for 'streaks') are optical inhomogeneities in transparent media that are not necessarily visible to the human eye. Schlieren physics developed out of the need to produce high-quality lenses devoid of such inhomogeneities. These inhomogeneities are localized differences in optical path length that cause deviations of light rays, especially by refraction. This light deviation can produce localized brightening, darkening, or even color changes in an image, depending on the directions the rays deviate.
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