Hydrophone price
I have found results from400+products and100+suppliers aboutHydrophone price
Yh-25-11A Hydrophone 10Hz with Red Case Kck Screw Fit Male Connector
Hydrophone 100m Depth Rating Voltage Sensitivity Hydrophone
Htd-81 Array Hydrophone Underwater Towed Arrays Hydrophone
HTD-62 Deep Sea Spherical Hydrophone Marine bio-acoustics
Spherical Hydrophone for Underwater Acoustic Monitoring Sensor
The HTD-81 Array Hydrophone is widely used in marine oil
HTD-82 (180kHz) Hydrophone Noise measurement and marine bioacoustics
Miniature Hydrophone Underwater Engineering and Exploration
HTD-OBS Hydrophone Wave height sensors, wave and tide sensors/recorders
Deep-Sea Acoustic Monitoring Hydrophone Htd-42 Low-Noise Hydrophone
Hydrophone 10Hz-80kHz for Underwater Monitoring High Precision Sensor
HTD-62 Deep Sea Spherical Hydrophone Sensitivity -215 dB
HTD-62 Deep Sea Spherical Hydrophone wide frequency range of 10Hz-200kHz
HTD-82 (180kHz) Hydrophone for marine acoustic monitoring
power amplifier used for experimental testing of hydrophones
power amplifier for Hydrophone Input: BNC connector; Input resistance: 50Ω
HTD-OBS hydrophone uses a cylindrical structure for underwater noise monitoring hydrophones
Deep-Sea Spherical High-Sensitivity Wideband Hydrophone
500 kHz hydrophone with high sensitivity for urban pipeline leakage detection.
Dual-Mode Self-Contained Hydrophone Real-Time Online Underwater Acoustic Monitoring
Deep-sea Pressure Resistant Spherical Hydrophone Low Self-noise for Long-term Monitoring
HTD-42 high-sensitivity hydrophone water, low noise, can be used for marine bioacoustics
Array hydrophone with 3500m max depth for scientific research.
TDH-22 Seismic Hydrophone Operating frequency range: 2 Hz to 50 kHz
TDH-22 Seismic Hydrophone Mechanical resonance frequency: > 50 kHz
TDH-21 seismic hydrophone is specifically designed for the seismic exploration industr
TDH-21 Seismic Hydrophone used in Ocean Bottom Cable (OBC)
Sourcing guidance for Hydrophone Price
What are the key technical factors that influence hydrophone pricing?
The price of a hydrophone is primarily driven by its sensitivity (receiving voltage response), frequency range (broadband vs. narrowband), and operating depth rating. High-precision sensors designed for deep-sea exploration (up to 6000m) or those with integrated pre-amplifiers to maintain signal integrity over long cables will command a premium. Additionally, the self-noise level is a critical cost factor; lower noise floors require higher-quality piezoelectric ceramics and advanced shielding.
How do material choices and build quality affect the long-term cost of ownership?
For B2B buyers, the housing material is vital for durability. Titanium or high-grade stainless steel housings are more expensive but offer superior corrosion resistance in saltwater compared to polyurethane or plastic models. Investing in pressure-balanced oil-filled (PBOF) designs can prevent sensor failure at extreme depths, reducing the frequency of costly replacements and maintenance missions.
What compliance and calibration standards should be verified before purchase?
Ensure the supplier provides a traceable calibration certificate (often following IEC 60565 standards). For international trade, check for CE marking and RoHS compliance. If the hydrophone is intended for specific industries like oil and gas, verify if it meets ATEX/IECEx explosion-proof certifications. Buyers should prioritize suppliers on Made-in-China.com who offer third-party inspection reports to validate technical specifications.
Are there specific usage scenarios that require customized hydrophone solutions?
Yes, pricing varies significantly based on the application. Towed arrays for seismic surveys require streamlined shapes and specific buoyancy, while stationary seafloor observatories focus on long-term bio-fouling protection. For underwater acoustic communication, you may need a hydrophone with a specific directivity pattern (omnidirectional vs. directional), which can impact the manufacturing complexity and final quote.
Cross-Border Procurement & Risk Management for Hydrophones
What are the common risks when sourcing high-tech acoustic equipment internationally?
The primary risks include damage during transit affecting calibration accuracy and technical non-conformity. Because hydrophones are sensitive instruments, improper packaging can lead to micro-fractures in the ceramic elements. Always insist on shock-absorbent, moisture-proof packaging and consider using Trade Assurance services on Made-in-China.com to protect your payment until the goods are verified.
How should I negotiate with suppliers to get the best bulk pricing?
Focus on the Total Cost of Ownership (TCO) rather than just the unit price. Negotiate for volume discounts (typically 10-20% for 50+ units) and ask for the inclusion of spare parts (connectors, O-rings) or extended warranties (24 months instead of 12). Highlighting a long-term project pipeline can often incentivize suppliers to offer Tier 1 pricing even on initial smaller batches.
What are the shipping and customs considerations for hydrophones?
Hydrophones may fall under dual-use technology regulations depending on their sensitivity and depth rating. It is crucial to confirm the HS Code (typically 9015.80 or 8518.10) with the supplier to determine if an export license is required. For shipping to specific countries, ensure the Incoterms (e.g., CIF or DAP) are clearly defined to manage the responsibility of customs clearance and import duties effectively.
How can I ensure transaction security and supplier legitimacy?
Conduct thorough due diligence by checking the supplier's Audit Reports and Business Licenses on Made-in-China.com. Look for 'Audited Suppliers' who have undergone on-site inspections by independent bodies like SGS or Bureau Veritas. Always use secure payment methods and avoid direct wire transfers to unverified personal accounts to mitigate the risk of fraud.





























