Sourcing geotechnical inclinometers from China
Geotechnical inclinometers classified within heading 9015 carry 0% UK duty from China across the listed candidate lines, with no recorded trade remedies. Confirm applicable electromagnetic compatibility conformity requirements for electronic models with the relevant authority before sale in Great Britain. Cambridge China Bridge sources geotechnical inclinometers.
Duty and classification
Read from the UK Trade Tariff on 1 October 2026, heading 9015 covers surveying and geophysical instruments and their parts. Its listed lines carry 0% duty for goods from China, with no recorded anti-dumping or countervailing duties or suspensions. The table gives candidate descriptions, rather than interchangeable codes for the same instrument.
The tariff attaches a cultural-object export licence entry to these lines. Official guidance says there are no licensing requirements for importing objects of cultural interest into Great Britain. Ask your customs broker to confirm how the attached entry applies to your declaration, particularly for used instruments.
Supply the probe's function, installation method, electronics and kit contents when confirming the commodity code. Do not assume separate casing, cables or loggers share the probe's classification. See the wider surveying instruments guide for the rest of the heading.
| Goods | Commodity code | Duty | Anti-dumping or countervailing duty on China |
|---|---|---|---|
| Geophysical instruments, a candidate line for geotechnical inclinometers | 9015 80 20 00 | 0% | None |
| Surveying instruments, where the inclinometer's function fits this description | 9015 80 40 00 | 0% | None |
| Other instruments, where the more specific descriptions do not apply | 9015 80 80 00 | 0% | None |
| Parts and accessories of heading 9015 instruments | 9015 90 00 00 | 0% | None |
Specify the probe, casing and data system
Distinguish a portable borehole probe from an installed sensor string. Agree measuring range, accuracy, repeatability, temperature behaviour and calibration method. Specify probe wheel spacing, casing groove geometry, cable depth marks, connector sealing and compatibility with the buyer's existing casing. Define whether the delivery includes the readout, cable reel, software and replacement parts.
Agree axis orientation, sign convention, depth reference, raw-data export and the method used to calculate displacement. Request calibration results tied to each probe's serial number, with acceptance criteria agreed before production. Test a sample with the actual readout and casing rather than accepting a demonstration on the supplier's equipment.
Confirm with the relevant authority whether the electronic instruments fall within the Electromagnetic Compatibility Regulations 2016 and which conformity and CE or UKCA marking requirements apply. For wireless versions, also confirm whether radio equipment rules apply. Check battery and waste electrical equipment compliance where applicable. For apparatus within the electromagnetic compatibility rules, the manufacturer must supply relevant instructions in English.
Worked duty example
Illustrative example, not a quote: Illustrative batch of geotechnical inclinometer probe kits, subject to classification under 9015 80 20 00, invoiced at £38,000 free on board, with £2,000 of freight and insurance to the UK. The customs value is £40,000. Duty at 0% is £0. Import VAT at 20% is charged on the customs value plus duty, £40,000, so it is £8,000. With no duty, the only import tax is the VAT, which a VAT-registered importer can usually reclaim. The import duty and VAT guide explains each step.
Inspection checklist
Calibration: compare readings against a known tilt reference across the agreed range, repeat after reversing the probe, and match calibration records to serial numbers.
Casing fit: run the probe through representative casing and joints, checking wheel contact, groove engagement and freedom from snagging.
Cable and sealing: inspect depth marks, reel operation, strain relief and connector seals; test the assembled system against the agreed immersion conditions.
Data and packing: confirm axis signs, depth indexing and raw-data export; check that fitted cases protect wheels and connectors, then repeat reference readings on arrival.
Working out your own order? Send us the product on WhatsApp and we reply the same working day: WhatsApp us
What goes wrong
A probe can read correctly on a bench yet snag at casing joints or track poorly in the installed grooves. Inconsistent depth marks, reversed axis signs and mismatched calibration files can create apparent ground movement. Reject results that cannot be traced back to the probe, depth and original readings.
Cable damage and leaking connectors can cause intermittent readings after installation. Transport can alter wheel alignment or the probe's reference reading. Compare arrival checks with the pre-shipment record before establishing the monitoring baseline, and agree how replacement probes will be compared with the existing system.
Cambridge China Bridge sources these products for UK businesses, checking the factory and the documents before shipment. See factory verification. For components and parts, see sourcing for manufacturers.
Frequently asked questions
What is the UK import duty on geotechnical inclinometers from China?
The listed heading 9015 candidate lines carry 0% duty from China, with no recorded trade remedies. Confirm the exact classification before declaring the goods.
Which commodity code should I use for a borehole inclinometer?
9015 80 20 00 is a candidate for a geophysical instrument. Give your broker the intended function and full kit specification; separately supplied casing or loggers need their own classification check.
Can a Chinese probe work with my existing inclinometer casing?
Check wheel spacing, groove geometry, casing joints and connector compatibility using a sample in your actual casing. A matching catalogue description is insufficient.
What calibration evidence should I ask the factory for?
Ask for serial-number-linked results, the reference equipment used, the test method and readings across the agreed range. Compare repeatability and reversed-probe readings with your acceptance criteria.