When a concrete grinder stops cutting properly, most contractors immediately start looking at the machine, the diamonds or the grit.

But one of the biggest causes of poor grinding performance is much simpler:

The wrong diamond bond for the concrete.

Choosing the wrong bond can turn what should be a straightforward grinding job into hours of unnecessary work. It can cause diamonds to glaze, tooling to disappear far too quickly, grinders to struggle and labour costs to climb.

The important thing to understand is that choosing diamond tooling isn’t simply about deciding whether you need 16 grit, 25 grit, 30 grit or 60 grit.

You need to match the bond to the floor first.

At Diamond Tool Warehouse, our Ballistic diamond tooling range is available across multiple bond hardnesses specifically because Australian concrete conditions can vary dramatically from one slab to another.

---

Grit and Bond Are Two Completely Different Things

This is where many people get confused.

The grit determines how aggressive or fine the diamond is.

The bond controls how quickly the metal surrounding those diamonds wears away.

That distinction is extremely important.

A coarse 25 grit diamond with the completely wrong bond can perform worse than a properly selected tool because the diamonds either become trapped in the segment or the entire segment wears away too quickly.

The metal bond needs to wear at roughly the right rate so that worn diamonds are released and fresh diamonds are continually exposed.

That is what keeps a metal-bond grinding tool cutting.

---

The Rule Every Concrete Grinder Should Know

It sounds backwards when you first hear it:

Hard Concrete = Softer Diamond Bond

Very hard concrete does not wear the metal surrounding the diamonds quickly enough.

If the bond is too hard, the segment can begin polishing rather than wearing.

Fresh diamonds aren’t exposed quickly enough and eventually the tool can glaze.

The grinder is still spinning.

The machine is still making noise.

You’re still paying someone to operate it.

But production can fall dramatically.

A softer bond helps the metal wear away and expose fresh diamond.

---

Soft Concrete = Harder Diamond Bond

Soft concrete creates the opposite problem.

It is generally much more abrasive on the metal segment.

Put a very soft bond onto highly abrasive concrete and the segment can disappear extremely quickly.

The tool might cut aggressively, but that doesn’t necessarily mean it is performing efficiently.

If you’re burning through diamonds far faster than expected, your cost per square metre can become enormous.

A harder bond resists that abrasion and keeps the diamonds in the segment longer.

DTW’s current Ballistic colour system follows this principle, ranging from Purple XHF tooling for extreme hard floors through to Orange XSF tooling for extreme soft floors using an extreme hard bond.

---

Why This Matters More Than the Price of the Diamond

Contractors often compare diamond tools by looking at the purchase price.

That’s understandable.

But it is also one of the easiest ways to calculate tooling costs incorrectly.

The number that really matters is:

Cost Per Square Metre

Imagine Tool A costs less but only completes a fraction of the floor before it needs replacing.

Tool B costs slightly more but grinds several times the area while maintaining good production.

Tool B is clearly the cheaper tool.

And tooling life is only part of the equation.

You also need to consider labour, machine hours, electricity, generator fuel, vacuum usage, downtime and the opportunity cost of spending additional hours on one job when you could already be on the next one.

A grinding shoe that saves several hours of labour can easily be worth considerably more than the difference in its purchase price.

---

The Expensive Problem of Diamond Glazing

One of the most common symptoms of incorrect bond selection is glazing.

A glazed diamond segment often looks smooth or shiny.

Instead of aggressively scratching the concrete, the tool begins sliding across the surface.

You may notice that very little dust is being produced and the grinder seems to be doing almost nothing despite running normally.

The diamonds may not actually be worn out.

They can simply be trapped inside a bond that isn’t wearing quickly enough.

DTW has previously covered diamond glazing in detail because incorrect bond selection is one of its major causes.

The expensive part isn’t necessarily the diamond.

It’s the person standing behind the grinder while almost nothing is happening.

---

The Other Extreme: Diamonds Disappearing Too Fast

Sometimes contractors have the opposite problem.

The tool is cutting beautifully.

The grinder feels aggressive.

There is plenty of dust.

But the segments are disappearing at an alarming rate.

That is often a warning sign as well.

On soft and highly abrasive concrete, a bond that is too soft can wear extremely quickly.

Instead of achieving good diamond life, the concrete is effectively eating the metal segment.

Moving toward a harder bond can dramatically improve tooling life while maintaining an effective cutting rate.

DTW’s Orange XSF range is designed specifically around this concept: extreme-soft-floor applications require an extremely hard bond to resist rapid wear.

---

Exposed Aggregate Is a Perfect Example

Exposed aggregate can confuse even experienced operators.

Why?

Because the exposed stones themselves may be extremely hard.

It is therefore tempting to look at the surface and assume you need tooling designed for extremely hard concrete.

But diamond selection needs to consider how the entire surface behaves, including the concrete matrix surrounding the aggregate.

An exposed aggregate surface can be extremely abrasive and rapidly destroy a bond that is too soft.

This is why DTW offers its Orange 25 Grit Triple Segment Exposed Aggregate Dominator using an extremely hard bond designed for XSF — Extremely Soft Floors.

This distinction matters.

Hard aggregate does not automatically mean the slab requires a hard-floor diamond.

How the complete surface actually wears the tooling is what ultimately matters.

---

Stop Assuming Every Slab Is the Same

Two slabs sitting only kilometres apart can grind completely differently.

Concrete performance can be influenced by the mix, aggregate, finishing, curing, age, surface treatment, previous coatings and other factors.

A warehouse slab that feels almost impossible to scratch may require completely different tooling from a soft residential slab.

Even different sections of a large floor can sometimes behave differently.

Professional grinding shouldn’t be based on guessing.

Start with the most appropriate tooling based on what you know about the floor, then watch what the diamonds are telling you.

---

Your Diamonds Are Giving You Information

A good operator should inspect the tooling regularly.

If the tool is staying sharp, maintaining a predictable wear rate and producing consistently, you’re probably close to the right combination.

Problems appear when the behaviour moves toward one extreme.

A simple field diagnosis is:

• Shiny diamonds, poor cutting and little production: the bond may be too hard for the floor, the tool may be glazing, or the machine/setup may not be allowing the tool to cut properly. Extremely fast segment wear: the concrete may be highly abrasive and the bond may be too soft. Good cutting with controlled wear: the bond is much closer to the operating window you want.

Bond isn’t the only factor. Machine weight, RPM, segment design, grit, downward pressure and operator technique can also affect performance, so don’t diagnose a floor from one symptom alone.

---

Single Segment vs Double Segment vs Triple Segment

Bond hardness isn’t the only decision.

Segment configuration also changes how a tool behaves.

A single-segment tool concentrates more of the machine’s pressure into a smaller contact area and can provide a more aggressive cut.

Double segments generally provide a useful balance between productivity, stability and tooling life.

Triple-segment designs spread the load over a larger contact area and can provide excellent stability and controlled wear in suitable applications.

That’s one of the reasons there is no single diamond shoe that is perfect for every concrete floor.

The correct combination depends on the slab, grinder and result you’re trying to achieve.

---

Don’t Automatically Reach for a Finer Grit

Another expensive mistake is starting too fine.

If significant stock removal, levelling or surface opening is required, trying to achieve it with a fine diamond can waste enormous amounts of time.

Sometimes moving down to an aggressive 16, 20 or 25 grit will actually reduce the total number of machine hours required.

You can then progress through the appropriate grit sequence to remove the scratch pattern.

The goal isn’t to use the finest diamond possible.

The goal is to complete each stage efficiently and leave the correct surface for the next stage.

---

Diamond Tooling Should Be Treated Like a System

The best grinding performance comes from matching the entire system.

You have the concrete.

Then the bond.

Then the grit.

Then the segment configuration.

Then the grinder’s weight and power.

Then its RPM.

Then the vacuum and dust extraction.

And finally the operator.

Changing one part can affect everything else.

That’s why buying diamonds purely by price or grit number often produces disappointing results.

---

The Cheapest Diamond Isn’t Always the Cheapest Tool

A cheap diamond that slows production can become extremely expensive.

Consider the value of one hour of a contractor’s time.

Now add the grinder.

Add the vacuum.

Add the generator where required.

Add wages.

Add fuel.

Add vehicle costs.

Then consider the next job you’re unable to start because today’s job is taking longer than expected.

Suddenly saving a few dollars on a grinding shoe doesn’t seem particularly important.

Professional contractors should be thinking about production per hour and cost per square metre, not simply the price printed on the box.

---

Choosing Ballistic Diamond Tooling at Diamond Tool Warehouse

Diamond Tool Warehouse carries Ballistic metal-bond grinding shoes and cup wheels across different concrete hardnesses, bond combinations, grits and segment designs.

The DTW colour system helps make the basic selection easier:

Purple XHF: Extreme Hard Floor / Extreme Soft Bond

Blue VHF: Very Hard Floor / Very Soft Bond

Yellow HF: Hard Floor / Soft Bond

White MF: Medium Floor / Medium Bond

Black SF: Soft Floor / Hard Bond

Orange XSF: Extreme Soft Floor / Extreme Hard Bond

Once you understand the relationship between the concrete and the bond, the system becomes much easier to use.

---

Frequently Asked Questions

What diamond bond should I use on hard concrete?

Hard concrete generally requires a softer metal bond. The softer bond allows the segment to wear and continually expose fresh diamond.

What diamond bond should I use on soft concrete?

Soft and abrasive concrete generally requires a harder bond so the metal segment doesn’t wear away too quickly.

Why have my concrete grinding diamonds stopped cutting?

Glazing is one possibility. Other causes can include incorrect bond selection, unsuitable grit, insufficient machine pressure, RPM, machine setup or technique. Inspect the tooling before assuming the diamonds are worn out.

Why are my diamond segments wearing out so quickly?

The concrete may be more abrasive than expected or the bond may be too soft for the application. Moving toward a harder bond may improve tool life.

Does harder concrete need a harder diamond bond?

No. This is one of the most common misunderstandings in concrete grinding. Hard concrete generally needs a softer bond, while soft abrasive concrete generally needs a harder bond.

What grit should I start concrete grinding with?

It depends on the amount of material you need to remove and the finish required. Heavy stock removal may require an aggressive 16, 20 or 25 grit, while later stages progress toward finer grits.

What if I don’t know how hard my concrete is?

Don’t guess your way through an entire set of diamonds. Test a small section, inspect how the tooling is cutting and wearing, and adjust the bond if required.

---

The Bottom Line

Choosing diamond tooling isn’t simply:

“What grit do I need?”

The better question is:

“What concrete am I grinding, and what bond will perform correctly on it?”

Get that decision right and everything becomes easier.

The grinder cuts faster.

Diamond life improves.

Labour hours decrease.

Cost per square metre falls.

And jobs become far more predictable.

At Diamond Tool Warehouse, we supply professional Ballistic diamond grinding tools for extremely hard, very hard, hard, medium, soft and extremely soft concrete applications.

If you’re unsure what diamond bond, grit or segment configuration you need, speak with the DTW team before your next job.

Get the right diamond on the floor from the start — and spend your time grinding concrete, not fighting your tooling.

If you’ve ever been grinding concrete and suddenly noticed your diamond tooling has stopped cutting, you’re not alone.

This is one of the most common problems flooring contractors, concrete polishers, and hire companies experience. Many operators assume their diamonds are worn out, poor quality, or defective. However, in most cases, the problem is something completely different.

The real culprit is usually diamond glazing.

Understanding why glazing happens and how to fix it can dramatically increase productivity, improve surface quality, reduce labour costs, and make your tooling last significantly longer.

Let’s look at what actually causes glazing and how you can prevent it.

---

What Is Diamond Glazing?

Diamond tooling works by exposing fresh industrial diamonds as the tool wears.

Inside every metal bond diamond segment are thousands of industrial diamonds held together by a specially formulated metal bond. As the segment wears away, fresh sharp diamonds are continually exposed.

When everything is working correctly, the tool constantly renews itself.

Glazing happens when this process stops.

Instead of wearing correctly, the metal bond becomes polished smooth. The diamonds either become buried inside the bond or wear flat. Rather than cutting into the concrete, the tooling simply slides across the surface.

Think of it like trying to cut timber with a butter knife.

The machine still runs.

The tooling still spins.

However, very little concrete is actually being removed.

Common signs of glazing include:

• Grinding becomes noticeably slower.
• The machine feels like it is skating across the floor.
• The tooling becomes shiny or mirror-like.
• Little dust is produced.
• The concrete surface barely changes after multiple passes.
• The machine begins generating more heat.

Many operators mistakenly think they need new tooling when the existing diamonds can often be restored.

---

Why Diamond Tools Glaze

Glazing is rarely caused by poor manufacturing.

Instead, it is usually caused by using the wrong setup for the floor being ground.

The most common causes include:

• The wrong bond hardness.
• Concrete that is harder than expected.
• A machine that is too light.
• Incorrect grinding speed.
• Too little downward pressure.
• Incorrect grinding technique.

Let’s look at each one.

---

Hard Concrete vs Soft Concrete

The hardness of the concrete has one of the biggest impacts on diamond performance.

Many people think all concrete is the same.

It isn’t.

Concrete hardness can vary enormously depending on:

• Cement type
• Aggregate type
• Age
• Water content
• Finishing methods
• Densifiers
• Environmental conditions

Some industrial warehouse slabs are extremely hard.

Others can be surprisingly soft.

Using the wrong diamond bond on either type creates problems.

---

Hard Concrete Requires a Soft Bond

This sounds backwards, but it is true.

Hard concrete does not wear the metal bond very quickly.

If you use a hard bond on hard concrete, the bond refuses to wear away.

Eventually, the diamonds become trapped inside the segment.

The surface becomes smooth.

The tooling glazes.

Grinding almost stops.

A softer bond wears faster, continually exposing new diamonds and keeping the tooling cutting aggressively.

---

Soft Concrete Requires a Hard Bond

Soft concrete rapidly wears the metal bond.

If you use a soft bond on soft concrete, the bond disappears too quickly.

Instead of glazing, the tooling wears out extremely fast.

You may only get a fraction of the expected life.

A harder bond slows this wear and dramatically extends tooling life.

---

Choosing the Correct Bond Is Critical

Bond selection is far more important than grit selection.

Many contractors automatically choose the same tooling for every job.

Unfortunately, there is no universal diamond.

Professional contractors often carry multiple bond types because every slab behaves differently.

Choosing the correct bond means:

• Faster grinding
• Longer tooling life
• Lower grinding costs
• Better scratch patterns
• Reduced operator fatigue

---

Machine Weight Makes a Huge Difference

Diamond tools need pressure to cut.

One of the most overlooked causes of glazing is using a machine that simply isn’t heavy enough.

A heavier grinder pushes the diamonds deeper into the concrete.

This allows the metal bond to wear correctly and continually expose fresh cutting diamonds.

Lighter machines often skate across extremely hard concrete.

Instead of cutting, they polish the tooling.

If your machine accepts additional weights, adding weight can often restore cutting performance immediately.

Likewise, if you’re using a small edge grinder or compact planetary grinder on a very hard slab, you may need a more aggressive tool or a heavier machine to achieve the desired results.

---

RPM Matters More Than Most People Think

Grinding speed is another factor that is often overlooked.

If the RPM is too low:

• Diamonds may not generate enough cutting action.
• Productivity drops.
• Glazing becomes more likely.

If the RPM is too high:

• Excess heat builds up.
• Diamonds can polish instead of fracture.
• Segment temperatures rise.
• Premature glazing can occur.

Every machine has an optimal operating speed.

Running within the manufacturer’s recommended RPM range usually delivers the best balance of cutting speed and tooling life.

---

Operator Technique Can Also Cause Glazing

Even the best tooling can glaze if it is used incorrectly.

Common mistakes include:

• Moving too quickly across the floor.
• Never overlapping passes.
• Constantly lifting the machine.
• Starting with a grit that is too fine.
• Applying inconsistent pressure.

Allow the diamonds time to bite into the concrete.

Steady, controlled passes almost always outperform rushing across the slab.

---

How to Fix Glazed Diamond Tools

The good news is that glazed diamonds usually do not need to be thrown away.

In many cases they can be reopened.

Some of the most effective methods include:

Dress the Tool

Grinding a soft abrasive material such as a dressing block or sacrificial concrete can strip away the polished metal bond and expose fresh diamonds.

Many professional contractors keep dressing blocks in the trailer for exactly this reason.

---

Increase Downward Pressure

Adding machine weights or using a heavier grinder often helps the tooling start cutting again.

More pressure helps expose fresh diamonds.

---

Switch to a Softer Bond

If you are grinding extremely hard concrete, changing to a softer bond is often the permanent solution.

The correct bond will continually self-sharpen instead of glazing.

---

Reduce Grinding Speed if Required

Some grinders allow RPM adjustment.

If excessive heat is contributing to glazing, reducing the speed slightly may improve cutting performance.

Always refer to the machine manufacturer’s recommendations before making major speed changes.

---

Start With a More Aggressive Grit

If the floor is extremely dense, starting with a coarse metal bond such as 16, 20 or 25 grit can help open the surface before progressing through finer grits.

Beginning with tooling that is too fine often causes unnecessary glazing and greatly increases grinding time.

---

When Should You Replace Diamond Tooling?

Not every tool can be saved.

Replace your tooling when:

• The diamond segment is approaching minimum height.
• Diamonds have been completely consumed.
• Segments are cracked.
• Segments have broken away from the plate.
• The tool can no longer be dressed successfully.

If dressing no longer restores cutting performance, replacement is usually the most economical option.

Continuing to grind with worn tooling wastes time, electricity, and labour.

---

Recommended Diamond Tool Warehouse Products

At Diamond Tool Warehouse, we stock tooling designed specifically to minimise glazing while maximising production across a wide range of Australian concrete conditions.

Orange 25 Grit Triple Segment Exposed Aggregate Dominator

One of our most popular grinding tools for opening extremely hard exposed aggregate concrete.

The triple-segment design delivers excellent stability, while the aggressive diamond layout removes material quickly and helps reduce glazing on dense slabs.

Ideal for:

• Exposed aggregate preparation
• Hard industrial concrete
• Surface levelling
• Coating removal
• Heavy stock removal

---

N-Step Aggressive Cup Wheels

Our N-Step cup wheels are engineered for demanding concrete.

Available in multiple grit options, they provide excellent cutting performance while maintaining long service life on extremely hard Australian concrete.

Ideal for:

• Edge grinding
• Hard concrete
• Surface preparation
• Removing high spots
• Levelling uneven slabs

---

Metal Bond Diamond Grinding Shoes

We carry a wide range of metal bond grinding shoes in multiple bond hardnesses and grit options to suit:

• Hard concrete
• Medium concrete
• Soft concrete
• Fresh concrete
• Old industrial slabs
• Residential concrete
• Warehouse floors

Using the correct bond dramatically reduces glazing and maximises production.

---

Tips for Preventing Diamond Glazing

Experienced contractors follow a few simple practices that keep their tooling working efficiently:

• Always identify the concrete hardness before selecting tooling.
• Match the bond to the concrete, not just the grit.
• Use sufficient machine weight.
• Run the grinder within the recommended RPM range.
• Start with an aggressive enough grit for the job.
• Keep a dressing block on hand.
• Monitor cutting performance rather than waiting until productivity drops.

These habits reduce downtime, lower tooling costs, and produce more consistent results.

---

Final Thoughts

Diamond glazing is one of the most misunderstood problems in concrete grinding. Fortunately, it is also one of the easiest to prevent.

In most cases, the issue isn’t poor-quality tooling. Instead, it comes down to matching the right bond, grit, machine setup, and operating technique to the concrete in front of you.

Choosing the correct tooling from the start will save hours of grinding time, extend the life of your diamonds, reduce operator fatigue, and deliver a better finish.

If you’re unsure which bond or grit is right for your next project, contact the team at Diamond Tool Warehouse. We work with contractors across Australia every day and can recommend the right tooling for your machine, your concrete, and your application—helping you spend less time fighting glazed diamonds and more time getting the job done.

Introducing the New Evotech EVO36 H-Class Dust Extractor

Diamond Tool Warehouse is proud to introduce the new Evotech Performance EVO36 H-Class Dust Extractor—a powerful professional dust extraction system developed for concrete grinding, polishing, coating removal and demanding surface-preparation projects.

We understand that effective dust extraction is not an optional extra. For professional contractors, it directly affects job-site safety, equipment performance, productivity and the quality of the finished floor.

The EVO36 has been developed to deliver the high airflow required for professional concrete grinding while remaining practical to operate, transport, manoeuvre and maintain. With adjustable triple-motor power, H-Class filtration and a continuous Longopac® bagging system, it is a machine we are genuinely proud to add to the Diamond Tool Warehouse range.

Built for Professional Concrete Grinding

Concrete grinding can generate a significant amount of fine dust, particularly during coating removal, aggressive surface preparation and the grinding of soft or highly abrasive concrete.

If a dust extractor cannot keep up with the grinder, dust may escape from the shroud and spread throughout the work area. Poor extraction can also allow dust to build up beneath the grinding head, potentially reducing tooling efficiency and making it more difficult to monitor the condition of the floor.

The Evotech EVO36 has been designed to deliver powerful and consistent dust extraction for compatible concrete grinders and floor-preparation equipment.

Its three high-performance bypass motors produce a combined maximum power of 3.6kW, delivering:

• 600m³/h maximum airflow
• 220mbar vacuum pressure
• Strong and consistent dust collection
• Adjustable extraction performance
• Professional dust control for demanding projects
• High airflow for compatible concrete grinders

The EVO36 is not simply a larger general-purpose vacuum. It is a purpose-built H-Class dust extractor created for professional concrete grinding and surface preparation.

Why Airflow Matters

An effective dust extractor requires the right combination of airflow and vacuum pressure.

Vacuum pressure provides the pulling force needed to move material through the extraction system. Airflow determines the volume of dust-laden air the machine can move over a given period.

Concrete floor grinders typically generate dust across a larger area than handheld power tools. They therefore require sufficient airflow to collect dust from beneath the grinding head and move it through the extraction hose.

With a maximum airflow rating of 600m³/h, the EVO36 is the highest-airflow model in the current Evotech Performance range. This makes it the preferred Evotech option for compatible concrete grinders and demanding floor-preparation applications.

The correct dust extractor must still be matched to the grinder, hose diameter, dust shroud, tooling and material being removed.

Adjustable Triple-Motor Performance

One of the EVO36’s most practical features is its adjustable triple-motor system.

The EVO36 is powered by three high-performance bypass motors, producing a combined maximum motor power of 3.6kW. Each motor has its own individual control switch, allowing the operator to run the dust extractor on one, two or all three motors.

With the flick of a switch, contractors can adjust the extraction performance according to the connected equipment and the amount of dust being generated.

• One motor: Suitable for lighter dust-extraction tasks and compatible handheld power tools.
• Two motors: Provides increased airflow for medium-duty grinding, polishing and surface-preparation work.
• Three motors: Delivers the EVO36’s maximum extraction performance for compatible concrete grinders and demanding dust-producing applications.

This individual motor control allows operators to use only the extraction capacity required for the job. There is no need to operate all three motors during lighter work, while maximum airflow remains immediately available for aggressive grinding, coating removal and larger floor-preparation projects.

Running one or two motors when full extraction performance is unnecessary may also help reduce power consumption, operating noise and unnecessary motor wear.

When all three motors are operating, the EVO36 delivers its maximum rated performance of:

• 3.6kW combined motor power
• 600m³/h airflow
• 220mbar vacuum pressure

Actual extraction performance when using one or two motors will depend on the connected equipment, hose arrangement, dust shroud, filter condition and job-site conditions.

Suitable Applications

The adjustable triple-motor system makes the EVO36 suitable for a wide range of professional applications, including:

• Concrete floor grinding
• Polished-concrete preparation
• Epoxy and coating removal
• Adhesive and tile-glue removal
• Surface profiling
• Concrete remediation
• Warehouse and factory floor preparation
• Commercial flooring projects
• Industrial surface preparation
• General dry construction-dust extraction

Subject to the connected machine’s requirements, the EVO36 may also be suitable for compatible floor saws, scarifiers, shot blasters and other surface-preparation equipment.

Always confirm the airflow and vacuum requirements of the connected machine before use.

H-Class Filtration for Hazardous Dust

Concrete and masonry work can generate hazardous fine dust, including respirable crystalline silica. This dust may be too fine to see clearly, but it can still present a serious health risk when inhaled.

The EVO36 features H-Class certified filtration for the controlled collection of hazardous dust generated during concrete and masonry work.

H-Class filtration is an important feature when choosing a professional concrete dust extractor, but filtration alone does not create a complete dust-control system. Effective dust management also requires:

• A properly fitted grinder or tool shroud
• Correctly sized extraction hoses and fittings
• Secure hose connections
• Regular filter inspection and maintenance
• Appropriate operating procedures
• Suitable personal protective equipment
• Compliance with applicable workplace safety requirements

The EVO36 has been developed to form a central part of a complete professional dust-management system.

Continuous Longopac® Dust Bagging

Collecting hazardous dust is only part of the process. Contractors must also consider how the collected material will be removed and disposed of.

Traditional collection containers and fixed dust bags can expose operators to dust during emptying and disposal. The EVO36 addresses this with a continuous Longopac® bagging system.

The Longopac liner allows the operator to pull down the required length of bag, seal the collected material and create a new bag section. This supports more controlled dust handling while reducing unnecessary interruptions.

Advantages of continuous Longopac bagging include:

• Reduced contact with collected dust
• Controlled containment during bag changes
• Bag sections sized to suit the volume collected
• Faster and cleaner waste handling
• Reduced downtime during larger projects
• Extended operation without emptying a conventional container
• Easier disposal of collected material

Suitable personal protective equipment and safe dust-handling procedures must still be used when sealing, removing and disposing of filled bags.

Designed for Australian Contractors

The Evotech Performance EVO36 was designed in Queensland for Australian conditions.

Professional concrete contractors need equipment capable of withstanding regular transport, demanding job sites and extended grinding projects. The EVO36 features heavy-duty industrial construction intended for regular professional use across residential, commercial and industrial environments.

It has been designed around the practical requirements of contractors, including extraction performance, motor control, transportation, servicing and dust disposal.

Height-Adjustable Handle for Easier Transport

Large dust extractors can be difficult to load into utes, vans and trailers, particularly when vehicle clearance is limited.

The EVO36 features a height-adjustable handle that allows the machine’s overall height to be reduced for loading, transport and storage. Once on site, the handle can be repositioned to make the extractor easier to manoeuvre around the work area.

It may appear to be a small detail, but contractors who regularly load and unload heavy equipment understand the value of practical transport features.

Easy-to-Service Filter System

A dust extractor can only perform correctly when its filtration system is properly inspected and maintained.

The EVO36 features an accessible filter system designed to simplify routine inspection and servicing. Easier access can help reduce maintenance time, improve filter care and keep the machine operating consistently.

The filter condition should be checked regularly, particularly during high-dust applications. A blocked or damaged filter can reduce airflow, compromise extraction performance and place unnecessary strain on the motors.

Comparing the EVO17, EVO24 and EVO36

The Evotech Performance range includes three H-Class dust extractors designed for different tools, machines and applications.

Model	Motor configuration	Airflow	Vacuum pressure	Recommended applications
EVO17	Single motor, 1.7kW	217m³/h	340mbar	Edge grinders, concrete saws, drills, wall chasers and handheld tools
EVO24	Twin motor, 2.4kW	400m³/h	220mbar	Smaller concrete grinders, polishers and floor-preparation machines
EVO36	Three individually controlled motors, 3.6kW	600m³/h	220mbar	Compatible concrete grinders and demanding commercial or industrial preparation

Evotech EVO17

The compact EVO17 delivers the highest vacuum pressure in the range. It is particularly well suited to edge grinders, concrete saws, core drills, wall chasers and other handheld power tools.

Evotech EVO24

The twin-motor EVO24 provides increased airflow for smaller concrete floor grinders, polishing machines and general surface-preparation equipment. It offers a practical balance between extraction performance, portability and manoeuvrability.

Evotech EVO36

The new EVO36 delivers the highest airflow in the range. Its three individually controlled motors allow contractors to adjust the extraction output to suit the job, from lighter dust collection through to demanding concrete grinding and coating removal.

There is no single dust extractor that is automatically best for every machine. The correct model depends on the equipment’s airflow requirements, the hose diameter, dust shroud design and intended application.

Diamond Tool Warehouse can help match the correct Evotech dust extractor to your grinder or power tool.

EVO36 Technical Specifications

Specification	EVO36 details
Motor configuration	Three bypass motors
Motor controls	Three individual switches
Operating options	One, two or three motors
Combined motor power	3.6kW
Maximum airflow	600m³/h
Vacuum pressure	220mbar
Filtration	H-Class
Dust collection	Continuous Longopac® bagging
Handle	Height-adjustable
Application	Dry use only
Design origin	Queensland, Australia

Why We Are Proud of the EVO36

At Diamond Tool Warehouse, we work with concrete grinding and floor-preparation equipment every day. We know contractors need more than impressive specifications on a product page. They need equipment that performs consistently on the floor, is practical to transport and helps them work more safely and efficiently.

We are proud of the EVO36 because it combines the features professional contractors need in one purpose-built machine:

• Adjustable one, two or three-motor operation
• High airflow for demanding concrete grinding
• H-Class certified filtration
• Continuous Longopac dust collection
• Heavy-duty professional construction
• Practical transport and storage features
• Accessible servicing
• A design developed for Australian working conditions

The EVO36 is an important addition to the Evotech Performance range and represents our commitment to supplying dependable professional equipment to the concrete flooring and surface-preparation industries.

Available Now from Diamond Tool Warehouse

The new Evotech Performance EVO36 H-Class Dust Extractor is available now from Diamond Tool Warehouse.

If you are unsure whether the EVO17, EVO24 or EVO36 is right for your equipment, contact our team. We can help you compare the models and select the appropriate dust extraction system for your grinder and application.

View the Evotech EVO36 H-Class Dust Extractor online or contact Diamond Tool Warehouse for more information.

An H-Class dust extractor is one component of a complete silica-dust management system. Always follow the equipment manufacturer’s instructions and applicable workplace health and safety requirements.