Easier Access When Cutting Reinforcing Steel

Cutting concrete reinforcing mesh can be difficult when individual wires sit close together or a large cutting head cannot be positioned comfortably. The wire's strength also matters, because a cutter suitable for softer steel may not handle the same diameter of harder material. Choosing a purpose-designed mesh cutter helps steel fixers & construction crews prepare compatible reinforcement while working within the tool's stated cutting limits.

The range at Industrial Shed includes two complete HIT concrete mesh cutters, the HITRCA800 & HITRCA1050, along with a replacement cutting head & spare centre bolt. Both cutters use a compact centre-cut jaw arrangement intended for suitable steel reinforcing mesh. Their different handle lengths provide a choice of working position, while the published cutting capacities are the same for both models.

For other specialist metal-cutting tasks, explore HIT Nippers. Where the work involves stranded steel cable rather than welded mesh, HIT Wire Rope Cutters covers a more appropriate cutting application.

Compare the HITRCA800 & HITRCA1050 Concrete Mesh Cutters

HITRCA800 – 800mm Mesh Cutter

The HITRCA800 measures 800mm overall & weighs approximately 3.15kg. Its forged centre-cut head is designed for cutting compatible concrete reinforcing mesh, with a compact jaw profile that helps reach individual wires.

The manufacturer specifies a cutting capacity of 10mm for soft metal rated at 49.6kg/mm² & 8mm for hard metal rated at 162kg/mm². These limits describe different material-strength classes, so they should not be applied indiscriminately to every reinforcing mesh product.

The 800mm length may be preferable where there is limited space for handle movement. It can also be easier to position when working around smaller mesh sections or on a suitable preparation bench.

HITRCA1050 – 1050mm Mesh Cutter

The HITRCA1050 has an overall length of 1050mm & weighs approximately 3.4kg. Its longer handles may help with working position & leverage when cutting compatible reinforcing steel, particularly where the mesh is positioned at ground level.

Despite its longer overall length, the manufacturer lists the same cutting capacities as the 800mm model: 10mm for the specified softer-metal class & 8mm for the specified harder-metal class. Buyers should therefore choose between the models based on access & handling requirements rather than assuming the longer cutter can sever thicker steel.

Both models are listed with the HITRCAC800 replacement cutting head, which may be useful when maintaining a cutter used regularly on construction work.

Replacement Heads & Spare Parts

HITRCAC800 Replacement Cutting Head

The HITRCAC800 is the specified replacement cutting head for both the HITRCA800 & HITRCA1050. It allows a compatible cutter to be serviced when the cutting head is worn or damaged, subject to the condition of the remaining tool.

Before fitting a replacement head, inspect the handles, pivot arrangement & associated hardware. Replacement should follow the manufacturer's procedure rather than assuming that changing the cutting head will resolve every operating problem.

HITRCAC800A Spare Centre Bolt

The HITRCAC800A is listed as a spare centre bolt associated with the mesh cutter assembly. It should be selected by part number & checked against the existing tool before purchase.

Because this component forms part of the cutter's mechanism, general-purpose bolts should not be substituted without manufacturer approval.

Where Concrete Mesh Cutters Are Used

Concrete Slabs & Footings

Reinforcing mesh may need trimming to fit approved slab dimensions, penetrations or other details shown on construction drawings. A mesh cutter can help prepare compatible individual wires before the reinforcement is placed.

The finished mesh arrangement must follow the structural design, including specified laps, cover & reinforcement placement. Cutting the mesh does not authorise changes to the engineered layout.

Driveways, Paths & Paved Areas

Concrete reinforcement may require preparation around edges, corners & approved openings. Where the mesh wire falls within the cutter's rated capacity, a hand-operated tool can provide a practical method for individual cuts.

The mesh should be supported on a stable surface & positioned so cut ends cannot move unexpectedly. Workers should also account for sharp wire ends during handling & placement.

Steel Fixing & Construction Work

Steel fixers may need to prepare mesh sections before installation or adjust compatible reinforcement according to approved plans. The HITRCA cutting head is intended to access individual mesh wires, which can be useful where adjacent wires restrict the available space.

For related construction hardware, explore Bolts & Fasteners. These components serve separate fastening applications & must not be treated as substitutes for specified reinforcement connections.

Workshop Mesh Preparation

Preparing mesh sections in a workshop can make it easier to measure & support the material before cutting. Adequate floor space is important because full mesh sheets may be too large or awkward for an ordinary workbench.

For appropriate preparation areas, Workstations & Workbenches offers related workshop equipment. The chosen setup must still safely accommodate the mesh dimensions & weight.

Understanding Mesh Cutter Capacity

The diameter of a reinforcing wire is only one part of determining whether it can be cut. Material strength affects the force needed to shear the steel, which is why HIT publishes separate ratings for softer & harder metal.

For both the HITRCA800 & HITRCA1050, the stated limits are 10mm at 49.6kg/mm² & 8mm at 162kg/mm². These are material-specific ratings, not a universal guarantee for all 10mm or 8mm reinforcing steel.

If the steel grade is unknown, confirm the mesh specification before attempting the cut. Forcing material beyond the cutter's capacity can damage the cutting head & create an unsafe working situation.

How to Choose Between the Two HIT Mesh Cutters?

Consider Handle Length & Working Position

The 1050mm model provides longer handles, which may suit certain ground-level cutting tasks. The 800mm model requires less operating space & may be easier to position around smaller mesh sections.

Neither model is automatically the better choice for every job. The working height, access around the mesh & operator's handling requirements should guide the decision.

Check the Mesh Material

Both cutters share the same published material-specific capacities. Select a model only after confirming that the reinforcing wire's diameter & strength fall within those limits.

Assess Access Between Mesh Wires

The compact centre-cut head is designed to reach individual wires. Even so, the jaws must be positioned correctly without twisting the tool or trapping neighbouring strands.

Plan for Replacement Parts

Where a cutter is used frequently, the availability of the HITRCAC800 replacement head may be relevant to maintenance planning. The HITRCAC800A spare centre bolt is another listed component that should be matched to the existing tool before ordering.

For suitable general upkeep supplies, explore Tool Maintenance & Cleaning Kit.

Practical Tips for Cutting Reinforcing Mesh

► Check the reinforcement specification. Confirm the wire diameter & material strength before selecting a cutter.
► Follow the approved drawings. Do not alter reinforcement layouts without the required approval.
► Support the mesh securely. Prevent movement while positioning the cutting head.
► Allow sufficient handle clearance. Both models require space for a controlled cutting action.
► Position the jaws correctly. Engage the intended wire without twisting or forcing the head.
► Control sharp offcuts. Wear suitable protection & keep hands clear of the cutting area.
► Inspect the cutter before use. Check the head, centre bolt & handles for damage or excessive movement.
► Respect the material rating. Stop if the steel is outside the manufacturer's stated capacity.

For layout checks before cutting, Testing & Measurement Tools can assist with appropriate measurements. Between jobs, Tool Storage may help protect the cutting head from unnecessary damage.

Concrete Mesh Cutting vs Other Metal-Cutting Tasks

Reinforcing mesh differs from wire rope, threaded rod & ordinary fasteners in both construction & intended use. A cutter suited to one of these materials should not automatically be used on another, even where the diameter appears similar.

The HITRCA range is intended for compatible steel concrete mesh, using a forged centre-cut head & long handles. For related trade work involving separate mechanical fastening tasks, Essential Hand Tools – Wrenches & Spanners offers complementary equipment.

Selecting a tool according to the actual task is also discussed in A Tool Is Not Just a Tool. It's a Promise..

For broader construction fastening information, read Fastener Guide: Bolts, Screws & Anchors. The article covers a different installation subject, but it can be useful where reinforcement preparation forms part of a wider construction project.