Machine-matched demolition tooling

Demolition Chisels & Breaker Accessories

Tell us the hammer and the job. We match the shank, working end and size for breaking, stripping, chasing and surface preparation.

Find a chisel program Request a machine match

SDS-PlusSDS-MaxHexOEM / ODM

Demolition Chisels & Breaker Accessories

Find a chisel for your machine and task

Browse by job family, then compare specific working ends or replacement systems. Use the machine and task filters to narrow the options and combine selections in one RFQ.

Machine / interface

Application

Identify your shank geometry

SDS-Plus — SDS-PlusOpen drive grooves and closed retaining grooves.

SDS-Max — SDS-MaxLarger slotted shank for SDS-Max tool holders.

Plain hex shank — Plain hex shankMatch across-flats, insertion length and the holder retainer.

Collared hex shank — Collared hex shankThe collar position and size are part of the machine fit.

Retaining-groove hex shank — Retaining-groove hex shankRetaining recess geometry is matched with the hex section.

Multi-slot shank — Multi-slot shankSend the tool model or a photo of the full groove pattern.

Round shank & collar — Round shank & collarRound, tapered and collared interfaces follow the machine drawing.

Square / notched shank — Square / notched shankConfirm square section, notch position and retaining arrangement.

Matching options 43

Tools: 33Accessories & replacement parts: 10

We match each selected working end or spare part to the machine, retaining geometry and assembly dimensions. Add a model or existing-tool photo to your RFQ.

Concrete breaking 9

Compare conventional point and flat chisels, profiled and self-sharpening demolition chisels, and wave-profile points for concrete breaking.

Point chiselsConcentrated impact for concrete breaking, starting fractures and local demolition.

Point chisels — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Overall length, body section and machine interface.

Heavy hex-body profiled point chiselsA short formed point and substantial hex body, with shank and dimensions matched to the breaking task.

Heavy hex-body profiled point chisels — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Machine interface, overall length, body section and retaining dimensions.

Self-sharpening point chiselsProfiled points for repeated concrete breaking, with geometry selected for the hammer class.

Self-sharpening point chisels — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Overall length, body section and machine interface.

Polygon-body wave-point chiselsGentle wave ribs join a polygonal working body; the shank and working dimensions are matched to the selected machine.

Polygon-body wave-point chisels — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Machine model, overall length, working section and intended chiselling task.

Slender wave-point chiselsA slender wave working zone joins a cylindrical body, with relief channels for debris release.

Slender wave-point chisels — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Hammer model, overall length, working-zone profile and target breaking task. Confirm the shank and sample together.

Broad-wave pointed chiselsPronounced broad ribs and relief valleys form the working end; body and shank are matched to the impact duty.

Broad-wave pointed chisels — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Machine model, shank interface, overall length and working-zone profile.

Ultra-sharp polygon bull-point chiselsAn ultra-sharp faceted nose with straight dust channels holds an aggressive entry and clears debris for precise chipping and layer-by-layer removal.

Ultra-sharp polygon bull-point chisels — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Machine model, point/body section, overall length and local removal task. Steel and treatment follow the approved specification.

Polygon FlatPoint chiselsA polygon working end combining the penetration of a point with the directional control of a flat edge, for concrete breaching and channelling.

Polygon FlatPoint chisels — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Machine model, front-edge width, overall length and opening or channel task. We match the working section and interface.

Flat chiselsDirected breaking and trimming with a defined cutting edge.

Flat chisels — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Edge width, overall length and access to the work.

Tile, mortar & floor removal 9

Select blade width, angle and construction for the surface layer: steel blades, carbide teeth or replaceable scrapers.

Wide & scaling chiselsA wider working edge for lifting mortar, render and surface residue.

Wide & scaling chisels — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Edge width, layer condition and machine class.

Angled tile chiselsAn offset approach for lifting bonded tile and mortar close to the floor.

Angled tile chisels — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Bend/offset, width, reach and clearance.

Straight tile chiselsA straight, flattened blade for getting beneath tile and lifting bedding mortar.

Straight tile chisels — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Bend/offset, width, reach and clearance.

Extra-wide scaling chiselsA fan-shaped blade covers broad areas of render, mortar and surface buildup.

Extra-wide scaling chisels — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Edge width, layer condition and machine class.

Self-sharpening spade chiselsA shaped rib or recess runs into the working blade for repeated scaling and stripping.

Self-sharpening spade chisels — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Edge width, layer condition and machine class.

Chevron self-sharpening chiselsChevron-patterned blade faces for mortar, plaster and tile-removal programs.

Chevron self-sharpening chisels — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Edge width, layer condition and machine class.

Replaceable-blade floor scrapersA bolted blade and holder lift bonded floor coverings; replace the blade when worn.

Replaceable-blade floor scrapers — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Blade width/thickness, hole pattern and replacement fasteners.

Offset floor scrapersAn angled holder changes the blade approach for floor-level stripping and access.

Offset floor scrapers — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Blade width/thickness, hole pattern and replacement fasteners.

TCT toothed scaling chiselsA row of brazed carbide teeth for mortar, tile-bedding and surface-layer removal.

TCT toothed scaling chisels — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Tooth arrangement, edge width, substrate and hammer class.

Channels & mortar joints 4

Choose channel geometry for new service routes or a narrow offset working end for mortar-joint cleaning.

Gouge / hollow chiselsA hollow working end opens rounded service channels in masonry.

Gouge / hollow chisels — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Channel width/depth, profile and substrate.

Winged channel chiselsSide wings guide the cut while the centre gouge removes material from a service channel.

Winged channel chisels — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Channel width/depth, profile and substrate.

Narrow slotting chiselsA narrow blade for straight channels, confined recesses and local masonry removal.

Narrow slotting chisels — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Channel width/depth, profile and substrate.

Mortar raking chiselsAn offset, narrow working end reaches mortar joints for repair and repointing.

Mortar raking chisels — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Joint width and depth, masonry type and access angle.

Road & ground work 5

Pavement cutting and soil loosening are separate tasks with different working assemblies.

Asphalt cuttersA broad cutting profile for pavement opening and repair edges.

Asphalt cutters — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Cutting width, pavement condition and breaker model.

Flared tarmac cuttersA flared, curved-edge profile for opening asphalt and shaping road-repair boundaries.

Flared tarmac cutters — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Cutting width, pavement condition and breaker model.

Clay spadesSpade profiles for loosening clay and compacted ground.

Clay spades — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Spade shape/width, ground condition and reach.

Pointed digging spadesA pointed shovel profile starts penetration into compacted soil before widening the cut.

Pointed digging spades — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Spade shape/width, ground condition and reach.

Narrow digger spadesA long, narrow spade reaches trench bottoms and confined excavation areas.

Narrow digger spades — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Spade shape/width, ground condition and reach.

Pneumatic cutting & pin removal 6

Separate cutting blades from punches, then match the air-hammer model and shank.

Pneumatic panel cuttersA forked cutting end for opening sheet-metal panels with an air chisel.

Pneumatic panel cutters — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Air-tool model, shank/collar, working-end dimensions and workpiece thickness or pin diameter.

Pneumatic double-edge cuttersTwo cutting edges for sheet-metal separation and local trimming.

Pneumatic double-edge cutters — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Air-tool model, shank/collar, working-end dimensions and workpiece thickness or pin diameter.

Pneumatic tailpipe cuttersA curved cutting profile for thin-wall tube and exhaust-pipe removal work.

Pneumatic tailpipe cutters — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Air-tool model, shank/collar, working-end dimensions and workpiece thickness or pin diameter.

Pneumatic sheet-metal cuttersA guided cutting tip for controlled separation of sheet-metal sections.

Pneumatic sheet-metal cutters — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Air-tool model, shank/collar, working-end dimensions and workpiece thickness or pin diameter.

Pneumatic taper punchesA tapered point for alignment and starting pin-removal work.

Pneumatic taper punches — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Air-tool model, shank/collar, working-end dimensions and workpiece thickness or pin diameter.

Pneumatic straight punchesA cylindrical working end transfers axial impact to a matched pin or rivet.

Pneumatic straight punches — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Air-tool model, shank/collar, working-end dimensions and workpiece thickness or pin diameter.

Accessories & replacement parts 10

Order replacement parts by the system they fit. Complete scrapers stay with their working task; ground rod drivers and tamper assemblies are grouped here with their own spare parts.

Show accessories & replacement parts

Replacement scraper bladesOrder spare cutting blades with the holder so replacement parts match the same assembly.

Replacement scraper blades — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Blade width, height, thickness, hole spacing and edge style.

Scraper bolt & repair kitsMatched bolts, nuts and washers for replacing scraper-blade fastening sets.

Scraper bolt & repair kits — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Holder model, thread, bolt length, head clearance and kit quantity.

Scraper stemsReplacement stems connect the selected scraper holder to the hammer interface.

Scraper stems — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Machine shank, stem length, holder connection and blade fixing pattern.

Scraper heads & blade holdersA separate blade-holder assembly for a matched scraper stem and replacement blade.

Scraper heads & blade holders — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Stem connection, blade seating, hole pattern and mounting hardware.

SDS-Max tool-holder adaptersAn adapter program specified by the driving machine and the receiving tool interface.

SDS-Max tool-holder adapters — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Machine model, both interfaces, locking arrangement and permitted operating mode.

Ground rod driversA socket-style driver matched to the rod or stake being installed.

Ground rod drivers — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Rod diameter, socket depth, retainer and shank.

Square tamper assembliesPad and stem assemblies for local backfill and trench compaction.

Square tamper assemblies — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Pad dimensions, stem connection and permitted hammer attachment.

Round tamper padsA circular pad for local backfill compaction, paired with the specified stem.

Round tamper pads — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Pad dimensions, stem connection and permitted hammer attachment.

Tamper stemsSeparate stems let the pad and hammer shank be specified as a matched system.

Tamper stems — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Machine interface, stem length, pad socket and retaining arrangement.

Replacement tamper padsSquare or circular replacement pads for a confirmed stem and connection.

Replacement tamper pads — Working-end shape reference; the actual shank is matched to your selected machine.

What to specify

Pad outline, working area, socket dimensions and connection type.

A complete match covers more than the shank name.

01

Interface & retention

SDS family, hex across-flats, insertion length, collar and retaining groove are reviewed against the actual tool holder. For special systems, send a model or drawing.

02

Working end & access

Point, width, bend and reach follow the removal task. Scraper blades, driver sockets and tamper stems need their own mating dimensions.

03

Steel & impact duty

Our premium chisels use 42CrMo alloy steel, with working-end geometry and heat treatment matched to the intended hammer duty. Material, finish and acceptance requirements are agreed in the order specification.

Why We Use 42CrMo for Our Premium Demolition Chisels →

04

From sample to repeat order

We agree the drawing, shank fit, working-end dimensions, marking and packaging together, so the approved configuration can be repeated across future orders.

Chisel selection questions

What should I send if I do not know the shank type?

Send the machine brand/model and clear photos of the tool holder and existing chisel shank. We use the dimensions and retaining features to confirm the match.

Can I choose solely by the hexagon size?

The across-flats dimension is one check. Insertion length, collar, retaining geometry and machine model also need to agree.

Which profile suits tile and floor removal?

Wide or angled chisels suit many lifting tasks; a fixed or replaceable scraper is a separate option for bonded floor layers. Share the layer, substrate and access so we can match width and approach.

Do all rotary hammers accept chisels?

Choose a machine with the required chiselling function and compatible tool holder. We check the model together with the accessory; the SDS name alone does not establish the operating mode.

Can one order include different profiles and spare parts?

We build OEM programs by agreed interface, size mix, marking and packaging. Include replacement scraper blades, fastener patterns and pad/stem combinations in the specification review.

Can I request carbide-faced working ends?

We also offer carbide-faced chisel and bushing programs. Carbide geometry and controlled-atmosphere mesh-belt or nitrogen-shielded high-frequency brazing are selected for the approved tooling design; these are separate from forged-steel working ends.

Are self-sharpening, wave profile and shank type the same classification?

They describe different properties. Self-sharpening concerns retaining a useful edge or point through wear. Wave and polygon describe working geometry; SDS-Plus, SDS-Max and hex identify machine interfaces. A wave profile can also be self-sharpening. We confirm these requirements together in the selected specification.

Related concrete-tooling programs

Bushing tools →SDS-Max drilling →TCT core systems →PCD coating removal →

Technical buying guides

Technical Guide

TCT-Tipped Chisel vs Forged Steel Chisel: When to Use Each for Mortar, Tile, and Demolition

Technical comparison of TCT-tipped (tungsten carbide tipped) chisels vs forged steel chisels for SDS rotary hammers. Covers cutting mechanism (raking shear vs impact fracture), substrate boundary, tooth-count geometry (4 / 6 / 8 tooth), carbide grade and brazing process — and when each tool is the right choice for mortar raking, tile removal, surface scaling, or structural demolition.

SDS Max Chisel Complete Guide: Types, Sizes, and Applications for Heavy-Duty Demolition

Complete SDS Max chisel guide — bull point, flat, wide, scaling, clay spade, tile, channel, bushing, plus specialty types: chevron sharpen series, asphalt cutter, mortar, slotting, digger spade, rod driver, tamper, floor scraper, SDS-Max adapter. 18mm 5-flute shank engineering reference.

Material Science

40Cr SDS Chisel Steel: Heat Treatment and Material Selection

Understand 40Cr chisel specifications, heat treatment and application matching, with a separate 42CrMo specification for Zhonghuan premium chisels.

Send the machine. We will build the chisel program.

Machine model or photo · material and task · preferred length/width · quantity by size. Add spare scraper blades, tamper pads or OEM packaging to the same request.

Request a machine match