Tag: PerthBreakerParts
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884C1 Long Blunt Tool for Rammer G88 / 3088 / 3288 | Shipping to Perth, Brisbane & Sydney (Australia)
Maximum Shockwave Propagation for Secondary Boulder Breaking The 884C1 Long Blunt Tool is a heavy-duty, flat-faced working tool precision-engineered for the Rammer G88, BR 3088, and BR 3288 large-range hydraulic hammers. Unlike pointed chisels that rely on penetration, a blunt tool is specifically designed for secondary rock breaking and concrete recycling. It works by delivering massive, concentrated kinetic energy directly…
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Hydraulic Breaker MERIT Chisel (Ponteira) | Heavy-Duty Working Tools Shipping to Perth, Brisbane & Sydney (Australia)
High-Impact Kinetic Energy Transfer for Brutal Rock Breaking The Hydraulic Breaker Chisel (known in Portuguese-speaking regions as the Ponteira) is the ultimate frontline component that comes into direct contact with the material being demolished. Tasked with absorbing millions of foot-pounds of kinetic energy delivered by the striking piston, this working tool must withstand brutal mechanical force, extreme friction,…
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Hydraulic Breaker MERIT Guide Plate | OEM 3362265215 Shipping to Perth, Brisbane & Sydney (Australia)
High-Density Vibration Dampening for Severe Impact Breakers The Guide Plate (OEM Part Number: 3362265215 / 3362 2652 15) is a crucial protective wear component situated between the internal hydraulic power cell and the heavy external box housing of the breaker. As the hammer strikes with millions of foot-pounds of destructive energy, immense lateral vibrations and high-frequency shockwaves recoil through the…
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HB 5800 Breaker MERIT Seal Kit | OEM 3363087591 Shipping to Perth, Brisbane & Sydney (Australia)
High-Pressure Sealing Integrity for Heavy-Duty Australian Mining Operations The Hydraulic Seal Kit (OEM Part Number: 3363087591 / 3363 0875 91), custom-engineered for the high-tonnage HB 5800 hydraulic breaker, serves as the primary defense barrier against internal pressure drops and external fluid leaks. Operating a heavy-duty hammer means dealing with relentless, high-frequency oil pressure spikes and immense thermal energy. This premium overhaul…
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HB 10000 Breaker MERIT Flat Chisel | OEM 3363098105 Shipping to Perth, Brisbane & Sydney (Australia)
High-Energy Wedge Action for Massive Excavation and Trenching The Flat Chisel (OEM Part Number: 3363098105), custom-engineered for the massive HB 10000 hydraulic hammer, is the premier heavy-duty tool for cutting and fracturing applications. Unlike a pointed tool, the flat wedge tip geometry creates a powerful linear splitting action. This makes it highly efficient for trenching, foundation cutting, quarry mass-handling,…
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HB 10000 Breaker MERIT Moil Point Chisel | OEM 3363098107 Shipping to Perth, Brisbane & Sydney (Australia)
Maximum Penetration Power for Ultra-Heavy Mining and Demolition The Moil Point Chisel (OEM Part Number: 3363098107), engineered for the massive HB 10000 hydraulic breaker, is the ultimate tool for heavy-duty penetration. Designed specifically for massive rock excavation, tunneling, and primary demolition, the moil point geometry concentrates the breaker’s entire crushing force onto a singular, microscopic focal point. This creates…
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Rammer G 88 Breaker MERIT Tool Holder (Front Head) | OEM Replacement Shipping to Perth, Western Australia
Heavy-Duty Structural Guidance for Intense Rock Breaking The Tool Holder (commonly referred to as the Front Head or Lower Housing) is the critical structural protective component at the bottom of the Rammer G 88 hydraulic breaker. This heavy-duty block guide section houses the working tool (chisel), the retaining pins, and the wear bushings. Positioned directly at the rock face, it bears…
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Rammer G 88 Breaker MERIT Cylinder Block | OEM Replacement Shipping to Perth, Western Australia
High-Pressure Precision Housing for Heavy Rock Breaking The Cylinder Block is the structural foundation and pressure chamber of the Rammer G 88 hydraulic breaker. It houses the high-velocity striking piston and controls the complex routing of high-pressure hydraulic fluid. Because it is continuously subjected to internal stress from violent pressure spikes and relentless kinetic feedback, maximum structural integrity…