Kort: Curious about how this performs in practice? Join us for a hands-on look at the DHD350 5 Inch DTH Hammer. In this video, we'll demonstrate its robust construction, showcase its operation in rock drilling applications, and explain how its advanced design delivers superior wear-resistance and drilling speed for water well, mining, and quarrying projects.
Gerelateerde Productkenmerken:
Available in both high and low air pressure series for versatile application in mining, quarrying, and water well drilling.
Constructed with Element Six Tungsten Carbide and high-quality alloy steel for exceptional wear and impact resistance.
Features a valveless air distribution system for more reliable operation and efficient energy transfer.
Delivers faster drilling speeds, reported to be 15%-30% higher than comparable hammers on the market.
Designed for lower air and oil consumption, reducing operational costs and environmental impact.
Simple internal structure with fewer parts, leading to longer service life and easier maintenance.
Compatible with a wide range of shank types including DHD, QL, SD, TD, MISSION, and many others.
Offers multiple button bit types and face configurations to suit various ground conditions and drilling needs.
FAQ's:
What are the main applications for the DHD350 5 Inch DTH Hammer?
The DHD350 hammer is widely used in large-scale open pit mining, quarry operations, water well drilling, and other major construction projects, providing reliable performance in demanding rock drilling conditions.
What is the working pressure range for this DTH hammer?
This hammer is available in both low air pressure (5-7 bar) and high air pressure (7-35 bar) configurations, making it suitable for various compressor setups and drilling requirements.
What types of shank connections are compatible with the DHD350 hammer?
It supports multiple shank types including DHD, QL, SD, TD, MISSION, MD, W, COP, MACH, CIR, and BR, ensuring compatibility with a wide range of drilling rigs and equipment.
How does the DHD350 hammer achieve higher drilling efficiency?
Through its advanced design featuring more efficient energy transfer, valveless air distribution, and optimized piston design, resulting in 15%-30% faster drilling speeds and lower air consumption compared to other hammers.