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Professional manufacturer of exploration cables, exploration equipment and accessories

20D detector housing

The detector casing is an external structure used to protect internal precision electronic components (such as sensors, circuit boards, etc.).

20DX marsh detector housing 2

The detector casing is an external structure used to protect internal precision electronic components (such as sensors, circuit boards, etc.).

30D detector housing

The detector housing is the external structure used to protect the internal precision electronic components (such as sensors, circuit boards, etc.).

BG3 detector housing

The detector housing is the external structure used to protect the internal precision electronic components (such as sensors, circuit boards, etc.).

SP7 detector housing

The detector housing is the external structure used to protect the internal precision electronic components (such as sensors, circuit boards, etc.).

SC10 detector housing

The detector housing is the external structure used to protect the internal precision electronic components (such as sensors, circuit boards, etc.).

3/8-24 thread, copper tail cone

Employing a conical stress diffusion design (cone angle 30°-45°), the efficiency of surface vibration energy transmission is increased by over 40%.

20DX75 tail cone

Utilizing a conical stress diffusion design (cone angle 30°-45°), which increases the surface vibration energy transfer efficiency by over 40%.

50 swamp detector casing tail cone

Using a conical stress diffusion design (cone angle 30°-45°), the efficiency of ground vibration energy transfer is increased by over 40%.

BG3 tail cone

Employing a conical stress diffusion design (cone angle 30°-45°), the efficiency of surface vibration energy transmission is increased by over 40%.

M8 small tail cone

Employing a conical stress diffusion design (cone angle 30°-45°), the efficiency of surface vibration energy transmission is increased by over 40%.

M10-1 copper tail cone

Employing a conical stress diffusion design (cone angle 30°-45°), the efficiency of surface vibration energy transmission is increased by over 40%.
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Our company is a technology-based enterprise with self-operated import and export rights, possessing a sophisticated technical team, precision processing equipment, and complete testing methods.

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