
Tyrolit
Tyrolit Shot Blasters | Ride-On & Walk-Behind Steel Shot Surface Preparation
Tyrolit Shot Blasters are heavy-duty, walk-behind and ride-on surface preparation machines that use high-velocity centrifugal force to blast thousands of steel shot or angular grit particles at a concrete, steel, or asphalt surface, thoroughly cleaning and profiling the substrate in a single, continuous operation. Unlike dust-intensive abrasive grit blasting, Tyrolit shot blasters are closed-loop systems: the machine projects the media onto the floor, immediately vacuuming back the spent media and contaminants into a collection system, separating dust from reusable shot, and recirculating the clean shot. This dust-free process is essential for preparing large horizontal surfaces where perimeter containment with tarps is infeasible. The blasting action removes coatings, adhesives, and light contamination while simultaneously imparting a uniform, angular mechanical profile ideal for strong coating adhesion. Tyrolit shot blasters are available in multiple blast-widths, from compact 200 mm models for edge and patch work, to large 500 mm+ ride-on units for massive industrial floor and road preparation projects. Key specifications include blast pattern control, variable shot velocity, and integrated HEPA dust extraction. For bridge deck profiling, warehouse floor preparation, and highway line removal, a Tyrolit shot blaster delivers the speed, environmental cleanliness, and surface profile consistency that modern heavy infrastructure demands.
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Closed-Loop, Dust-Free Operation
The immediate media recovery and air-wash separation system contains all dust and debris, meeting strict environmental regulations and allowing work in open, windy conditions or adjacent to sensitive machinery.
Uniform Surface Profile (CSP) Generation
Precise control of shot size, velocity, and machine travel speed produces a consistent angular anchor profile across the entire floor, optimizing the bonding surface for epoxies, polyurethanes, and traffic membranes.
High Production Rates
Large ride-on Tyrolit shot blasters can process over 400 square meters per hour, slashing program times on extensive motorway bridge decks and airport apron renovation projects compared to milling or manual methods.
Environmentally Clean Steel Media
Steel shot is non-toxic and endlessly recyclable within the machine, producing zero hazardous blasting grit waste and supporting LEED and BREEAM sustainability credits.
Powerful Coating and Contaminant Removal
Effectively removes paint, light epoxy, carbonation, laitance, and de-icing salts from concrete, as well as surface corrosion from steel decks, in one pass.
Variable Speed and Blast Width Control
Operators can adjust travel speed and control the magnetic seal to achieve precise surface removal depth and prevent over-blasting on varying slab hardness.
Why Tyrolit Shot Blasters Are the Go-To for Large-Scale Horizontal Surface Prep
When preparing a multi-lane bridge or a large pharmaceutical warehouse floor, grinding each square meter with a planetary grinder is time-consuming and expensive. Shot blasting is the high-productivity alternative. Tyrolit shot blasters are engineered for reliability across thousands of square meters of continuous operation. The separator and dust extraction system works so effectively that the operator has clear visibility and there is no nuisance dust cloud to settle on adjacent parked aircraft or hospital HVAC intakes. For large-volume paving and construction companies, the speed of a Tyrolit shot blaster directly reduces the critical path time allocated to surface preparation, freeing up the crew for the next pour or coating operation.


Selecting the Right Shot Blast Configuration for Concrete Profiling
Selection criteria include required production rate and the target Concrete Surface Profile (CSP). Fine steel shot (S170–S230) generates a light etch suitable for sealer coats. Larger shot (S330–S460) or steel grit (G25–G40) produces deeper profiles needed for thick mortars and high-build epoxies. Tyrolit application engineers will conduct a sample blast to measure the achieved CSP and recommend the optimal shot mix, blast wheel speed, and machine ground speed. The advantage of a single-supplier machine and shot media ensures that the shot is of consistent hardness and diameter, vital for predictable surface preparation.