GSE SD DTH Hammer

The GSE SD DTH Hammer boasts several advanced features designed for superior drilling performance and longevity.

• Premium Material, Fine CNC, and Heat-Treatment Manufacturing Processes and Optimized Design: The hammer is constructed from materials, precisely machined using CNC technology, and subjected to rigorous heat-treatment processes. This, combined with an optimized design, ensures exceptional durability and efficiency.
• Good Stability and Reliability: Its robust construction and precise engineering contribute to excellent operational stability and consistent reliability, minimizing downtime during drilling operations.
• High Impact Frequency: The hammer delivers a high impact frequency, which translates to faster penetration rates and improved drilling efficiency in various rock formations.
• Lowered Compressed Air Consumption: Designed for optimal energy utilization, the GSE SD DTH Hammer operates with reduced compressed air consumption, leading to lower operational costs.
• Long Lifespan: Thanks to its superior materials, advanced manufacturing, and thoughtful design, the hammer offers an extended lifespan, providing long-term value and reduced replacement frequency.

The GSE QL DTH Hammer is meticulously designed with a robust internal structure to efficiently convert compressed air into impactful drilling energy, simultaneously transferring both impact and rotation to the drill bit. This optimized internal configuration ensures high performance and reliability in diverse drilling applications.

• Top Sub: Connects the hammer to the drill string, allowing compressed air entry and transferring rotation.
• Check Valve Dart & Spring: Regulates airflow into the hammer, preventing debris from entering and controlling the air cycle.
• Rigid Valve: A critical component in valved hammers that controls the air distribution to the piston, influencing impact frequency and efficiency.
• Piston: The primary moving part that delivers the impact energy to the drill bit, driven by compressed air cycles.
• Internal Cylinder: Provides the bore for the piston to reciprocate within, guiding its movement and facilitating the air compression and expansion cycles.
• Outer Tube (Casing): Encapsulates the internal components, providing structural integrity and protecting the working parts from the drilling environment.
• Bit Retainer Ring: Secures the DTH drill bit to the hammer, ensuring it remains attached during drilling and preventing accidental detachment.
• Drive Sub: Transmits rotational energy from the outer tube to the drill bit’s shank, ensuring the bit rotates as it impacts the rock.