New

Ask Wove anything about tariffs.

Try Tariff Assistant

FLIR Boson+ Radiation-Hardened Thermal Imaging Camera

The FLIR Boson+ radiation-hardened thermal imaging camera is designed for nuclear reactor monitoring and space surveillance, with an LWIR sensor tolerant to 100k Gy total dose. It meets the radiation-hardened criteria of Subheading Note 2, as it is designed to withstand high-radiation environments without operational degradation.

Import Duty Rates by Country of Origin

Origin CountryMFN TariffSurtaxesTotal Effective Rate
🇨🇳ChinaFree—Free
🇲🇽MexicoFree—Free
🇺🇸United StatesFree—Free
🇩🇪GermanyFree—Free
🇯🇵JapanFree—Free
PGA flags (1)Show detailsHCConsumer Products SafetyMay be required
  • HC

    Consumer Products Safety · May be required

    May require HC Consumer Products Safety depending on intended use (HC21) and Canadian product category (HC29, HC30, HC31, HC32, HC33, HC34, HC35, HC36, HC37); or intended use (HC22, HC23, HC24, HC26, HC27) and Canadian product category (HC37). Matching criteria: Equal To 8525820000; Equal To 8525820000. Logic: MATCH IF (Valid HS Code) AND (Intended Use Code) AND (Valid Canadian Product Category).

CBSA Single Window matching criteria, unknown

Alternative Classifications

This product could be classified differently depending on its characteristics or intended use.

8525.89.00Same rate: Free

If the camera is not radiation-hardened to the specified level.

Thermal imaging cameras that are not radiation-hardened are classified under other subheadings.

Not sure which classification is right?

The Tariff Assistant works through the GRI rules on your specific product to reach the right tariff item — and can price the duty on it in the same conversation.

Import Tips & Compliance

• Since this is a thermal imaging camera, ensure it is not classified under subheading 8525.89, which covers night vision cameras; radiation-hardened thermal cameras fall under 8525.82.00

• Provide evidence of the 100k Gy tolerance to support classification

• Be aware of potential export controls on radiation-hardened technology

Related Products under Tariff item 8525.82.00

Allied Vision Alvium Radiation-Tolerant Camera Module

The Allied Vision Alvium radiation-tolerant camera module is a compact embedded camera engineered for satellite Earth observation. It is designed to withstand a total radiation dose of at least 50 × 10³ Gy (silicon) without operational degradation, meeting the criteria of Subheading Note 2 for radiation-hardened or radiation-tolerant cameras.

Basler ace Radiation-Tolerant Industrial Camera

The Basler ace radiation-tolerant industrial camera is designed for robotics in fusion research facilities, withstanding cumulative doses of 50k Gy with minimal performance degradation. It meets the radiation-hardened criteria of Subheading Note 2, making it classifiable under tariff item 8525.82.00.

Baumer CX Radiation-Hardened Color Camera

The Baumer CX radiation-hardened color camera is built for medical isotope production monitoring, featuring a Sony IMX334 sensor tolerant to 50k Gy. Its design ensures stable color correction under irradiation, satisfying the radiation-hardened definition in Subheading Note 2.

IDS Imaging Radiation-Hardened USB3 Camera

The IDS Imaging radiation-hardened USB3 camera is intended for robotic manipulators in nuclear fuel processing, with a 60k Gy tolerance and GenICam interface. It is designed to withstand a total radiation dose of at least 50 × 10³ Gy (silicon), meeting the criteria for radiation-hardened cameras in Subheading Note 2.

JAI Spark Radiation-Hardened Multispectral Camera

The JAI Spark radiation-hardened multispectral camera is used for spectral analysis in CERN accelerators, capturing multiple wavelengths while tolerant to 75k Gy total dose. It meets the radiation-hardened criteria of Subheading Note 2, as it is designed to operate in high-radiation environments without degradation.

Lucid Triton Radiation-Tolerant IP67 Camera

The Lucid Triton radiation-tolerant IP67 camera is designed for outdoor nuclear waste monitoring, surviving 55k Gy TID and harsh conditions. It meets the radiation-hardened criteria of Subheading Note 2, with a total radiation dose tolerance of at least 50 × 10³ Gy (silicon).