Geochronology and Thermochronology Analysis Center

JeoKron is a leading laboratory providing geochronology and thermochronology analyses with the latest technologies for the geology and mining sector.

JeoKron
Sponsorship & Event Announcement thermochronologyasia.com
1st Asian Conference of Thermochronology (ACT)
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ACT 2026 • Trabzon, Türkiye

1st Asian Conference of Thermochronology (ACT)

JeoKron Ltd. is proud to be an official sponsor of the 1st Asian Conference of Thermochronology (ACT), taking place on August 26-28, 2026 at Karadeniz Technical University (Trabzon, Türkiye).

Date August 26-28, 2026
Location Karadeniz Technical University (Trabzon, Türkiye)
Short Courses Short Courses by: Raymond Donelick, Pieter Vermeesch
Services

Our Services

We provide comprehensive analytical services in geochronology and thermochronology.

Geochronology

Apatite U-Pb

Uranium-lead age dating in apatite, alternative geochronology method

Temperature Range >450°C
Duration ~40 days

Monazite U-Pb

Uranium-lead dating in monazite for high-temperature events

Temperature Range >700°C
Duration ~45 days

Thermochronology

Ar-Ar Amphibole

Argon-argon dating in amphibole, medium-high temperature thermochronology

Temperature Range 450-550°C
Duration ~50 days

Ar-Ar Biotite

Argon-argon dating in biotite, medium temperature cooling events

Temperature Range 280-350°C
Duration ~50 days

Ar-Ar Feldspar

Argon-argon dating in feldspar, low-medium temperature analysis

Temperature Range 150-350°C
Duration ~50 days

Low Temperature Thermochronology

Apatite Fission Track (AFT)

Determination of low-temperature (~60-120°C) thermal history by counting spontaneous fission tracks in apatite mineral. Detailed thermal modeling with track counting and length measurements.

Temperature Range 60-120°C
Duration ~30 days

Apatite (U-Th)/He (AHe)

Determination of low-temperature (~40-80°C) thermal history by measuring helium accumulation and uranium-thorium content in apatite crystals. Crystal size and FT correction.

Temperature Range 40-80°C
Duration ~60 days

Zircon Fission Track (ZFT)

Determination of medium-temperature (~180-240°C) thermal history by counting spontaneous fission tracks in zircon mineral. Deep thermal structure analysis with high closure temperature.

Temperature Range 180-240°C
Duration ~40 days

Zircon (U-Th)/He (ZHe)

Determination of low/medium-temperature (~130-200°C) thermal history by measuring helium accumulation and uranium-thorium content in zircon crystals. Precise age determination with alpha ejection correction.

Temperature Range 130-200°C
Duration ~65 days

Monazite Fission Track (MFT)

Fission track analysis in monazite, medium temperature thermal events

Temperature Range ~25-40°C
Duration ~40 days

Electron Spin Resonance (ESR)

Quaternary age determination via paramagnetic centres in tooth enamel, quartz and carbonate minerals (0–2 Ma)

Temperature Range 20-80°C
Duration ~30 days
About Us

Why JeoKron?

We provide you with the best service with years of experience in thermochronology and geochronology and the most advanced technology.

Modern Technology

Precise results with the latest analysis devices and methods

Expert Team

Experienced scientists and technical staff in their field

Fast Delivery

We analyze your samples quickly and reliably

Quality Assurance

Quality control and reporting at international standards

With Customer Portal

  • Online registration - Fast and easy membership
  • Sample tracking - Real-time status updates
  • Report access - Download your analysis reports instantly
  • File sharing - Raw data and additional documents
  • 24/7 access - Access your information anytime
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Contact

Contact Us

Reach out to us for your questions, we're happy to help

Email

info@jeokron.tr

Address

Balcalı Mah. Güney Kampüs 5 sokak Teknokent no. 4/1-7 Sarıçam Adana / Türkiye

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Working Hours

Monday - Friday: 09:00 - 18:00

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