Skid Steer Attachment Hydraulic Breaker

Product Overview

This hydraulic rock breaker hammer attachment for concrete demolition turns the hydraulic power your loader already produces into a concentrated impact. Pressure from the auxiliary circuit drives a piston inside the housing, and the energy it delivers through the chisel breaks hard material from the inside out instead of chipping at the surface.

It is built for the people who break things for a living — demolition and road contractors, municipal maintenance teams, and rental fleets whose customers already operate a skid steer. One carrier machine handles both ends of the job: the breaker comes off the mounting plate, a bucket goes on, and the debris is cleared.

What the tool replaces is the hire. Rather than booking a dedicated breaker or paying a subcontractor to bring in an excavator-mounted hammer, you put the attachment on the loader you own and work to your own schedule. The frame is compact and light for its class, which on a loader is felt directly: less weight on the arms, easier repositioning, and a tool that stays controllable at the chisel.

Product Advantages

• Reinforced housing: the body is stiffened where the piston load lands, so repeated impact cycles are absorbed by the structure instead of flexing the tool out of alignment.
• Modular sealing: seals are grouped into serviceable sections, which makes a leak easier to trace and repair and reduces the risk of oil escaping where a spill would be a problem.
• Serviceable wear parts: the chisel, bushings and seals are consumables, so a worn tip is a maintenance job rather than a reason to replace the attachment.
• Compact, light frame: the attachment adds less weight to the loader arms than a full-size breaker head, keeping the carrier balanced and the auxiliary circuit working efficiently.
• Controlled impact cadence: blows land at a steady rate with vibration and noise held down, which keeps the operator comfortable through a long shift and the tool practical where a diesel breaker would draw complaints.
• Standard mounting interface: the breaker mounts on the same plate your buckets use, so there is no adapter to source and no dedicated carrier to keep for it.
• Runs on the carrier's hydraulics: no compressor to tow, no second engine to fuel, and no extra service schedule added to the fleet.

Breaking Performance

Every blow lands at the chisel tip, where the energy is focused into a contact patch only a few centimeters across. Hold the chisel on the material and a crack opens and travels; lever the tool sideways and the energy goes into the chisel instead of the workpiece.

What decides how fast the job goes is mostly in the operator's hands. Thin slabs free quickly, while a deep foundation is broken in stages from the edge inward rather than through one hole in the middle. In reinforced concrete the matrix usually breaks first and leaves the bar exposed to be cut or pulled clear, and asphalt lifts and slabs out so it can be removed ahead of resurfacing. Rock follows its own seams and bedding planes, and a frost cap breaks open so a bucket can get underneath it.

A rounded or mushroomed chisel spreads the blow and slows everything down, so dressing or replacing the tip is the cheapest productivity gain on the tool. Short bursts, with the chisel repositioned between them, beat holding full pressure in one spot, and letting the attachment's own weight rest on the material is easier on the breaker than forcing it down.

The same behaviour carries into masonry, blockwork and render, where a bucket would simply ride across the surface.

Use Scenarios

• Urban demolition and infrastructure renewal: on an inner-city plot a hydraulic rock breaker hammer attachment for concrete demolition works inside the site footprint, breaking out old foundations, curbs and slabs where a larger carrier would never get set up.
• Road and pavement rehabilitation: breaking out failed asphalt and concrete layers ahead of resurfacing or an overlay, and working within short possession windows because the same carrier clears the spoil.
• Utility and service trenching: opening trenches through hard shoulders, old concrete surrounds and patched reinstatements around manholes and valves, where a bucket will not cut into the surface.
• Rock excavation and foundation preparation: splitting rock that a bucket simply rides over, trimming high points and preparing a level base for footings or slabs.
• Interior demolition and refurbishment: internal slabs, screeds and machine bases come out with a carrier small enough to work inside a building, where there is no room for a fuel-driven breaker rig.
• Yards, hardstands and loading areas: removing failed concrete aprons and broken slabs in industrial yards without closing the whole site down.
• Rental fleets and attachment ranges: dealers and rental operators add a breaker to a line-up that already includes buckets, planers and sweepers, giving customers a demolition option on the carriers they already hire.

Fit-Up & Supplied Items

Maintenance & Wear Parts

• Check the chisel tip before every shift. A rounded or mushroomed edge spreads the blow and loads the tool harder, so dress it or swap it before it starts costing production.
• Inspect the hoses and couplers at the same time. A nicked seal or a coupler that is not fully seated shows up as a weeping joint, and it is cheaper to fix in the yard than on a carriageway.
• Keep the chisel shank lubricated as part of the daily routine; a dry shank wears the bushings faster and the slack shows up in the quality of the blow.
• Never fire the tool with nothing under the chisel. Blank firing sends the energy back into the breaker's own components and is the quickest way to shorten their service life.
• Do not pry with the chisel. Side loading bends the tool and wears the bushings out of round, which is the most common cause of premature wear on a breaker of this size.
• Set the attachment down on its side rather than resting it on the chisel tip, and cap the couplers during transport so grit stays out of the hydraulic circuit.
• Replace rather than repair. A chisel past dressing or a bushing out of tolerance cannot be brought back — fitting a new part is what restores full impact energy.

Ordering & Delivery

1. Send the carrier details first — loader make and model, mounting type, and the auxiliary hydraulic flow and pressure from your machine's specification sheet. As a skid steer hydraulic hammer supplier, we would rather match the configuration to the machine than guess at it.
2. Tell us what you are breaking — concrete, rock, asphalt or frozen ground — and the typical thickness involved, so the tool is set up for the work in front of you.
3. We confirm availability, the configuration for your carrier, and the terms that apply to your order.
4. In-stock units dispatch within 7 days, and overseas consignments are handled under Logistics & Shipping – Global export expertise from booking through delivery.
5. Attachments travel in export packing for sea freight, with hydraulic ports capped and loose items secured; tell us if your market expects particular marking, pallet size or crating.
6. Ask about adding spare wear parts to the order, so a chisel, bushing or seal is on the shelf before it is needed.

Fleet Sharing & Loader Compatibility

• Fleet-wide deployment: pressure from the loader's auxiliary circuit drives the piston, and the attachment mounts on the same quick-attach plate your buckets use, so a skid steer hydraulic breaker can be released from one machine and picked up by another in the fleet instead of staying tied to a single loader.
• Sharing costs a changeover, not a second purchase: fitting the tool and coupling two hydraulic lines takes minutes, which is what makes one breaker practical across a yard full of carriers.
• Keep a setting sheet per carrier: note the auxiliary flow and pressure you run on each loader and keep those figures with the tool, so moving it onto a different machine is a known setting rather than something worked out on site.
• Match the carrier to the work: put the heavier slab, foundation and rock breaking on the loader with the strongest auxiliary output, and leave the compact machines for kerbs, trenching and interior work where the small frame is the advantage.
• Decide between one unit and several on how hard it works: a tool running a few days a week on one site serves a whole fleet as a single purchase, while two crews breaking daily on separate sites, or double-shift working, usually justify a second unit rather than moving one breaker between jobs.
• Dealer and rental fleets: keeping a breaker in the hire line-up means demolition can be offered on whichever loader the customer has already booked, and the tool comes back for the next hire instead of sitting idle on one machine.
• Travel it as a complete package: standardise couplers across the fleet and send the breaker out with a spare chisel, the nitrogen cylinder and the fittings, so it is ready to work on whichever carrier it reaches.
• Adding loaders later: a new machine joining the fleet needs a standard attachment interface and an auxiliary circuit up to the job — confirm the flow and pressure figures with us and the breaker you already own goes into the rotation with it.

Supply Chain & Delivery Assurance

Lovin (Jining Lovin Construction Machinery Co., Ltd.) has supplied machinery buyers since 2017 as a distributor, sourcing through authorised channels and a verified supplier network. One order can cover the machinery mix your customers ask for and leave as a single consolidated shipment. Stocked items dispatch within about 7 days; lead times are confirmed against availability at enquiry, and busy-season schedules are agreed with suppliers in advance. OEM and customised builds follow the same route, and spare and wear parts stay supported after delivery. We export to Europe, South America, the Middle East, Australia, New Zealand and Russia.

FAQ