BLACK+DECKER Mouse Detail Sander, Compact Detail (BDEMS600)

 BLACK+DECKER Mouse Detail Sander, Compact Detail (BDEMS600)

•  The electric sander has 3-position grip for control and ease of use in many applications
• Compact size gets into tight spaces and maximizes user control
• An included detail finger attachment can be interchanged to help sand hard to reach spaces
• Hook and loop system helps make paper changes easy. Dust Collection: Yes, Canister
• Features high-performance dust collection with micro-filtration for a clean workspace
• 3-position grip for control and ease of use in many applications
• 1.2 amp motor for material removal with 14,000 orbits per minute

TYPES OF SANDERS AND THEIR USES

If you go to the nearest hardware store you can find different types of electric sanders and sanding products on the market. Each of these types of sanders has its own specific purpose!

If it's your first time buying an electric sander and you're not sure which type to choose, here's a list of several sanders and their uses that can help you.

In this article, I've included 10 different types of sanders and their uses. This is to provide useful information on which to choose for a specific task. The list includes electric sanders such as belt sanders, disc sanders, combined disc and belt sanders, oscillating shaft sanders, orbital sanders, random orbital sander, drum sander, palm sander, detail sander and drywall sander. See what kind of sanding tool is applicable to the task you have!

10 different types of sanders and when to use them
There are several different types of electric sanders and their variations. Also, I found that some of these sanding tools might have different regional aliases that make it even harder to determine which type to work with. For that reason, I'm going to talk about the 10 most commonly used types of sanders that cover all your sanding and polishing needs.

1. Belt Sander

In any modern shop, the most common type of sander you can find is the belt sander. This sanding tool is called a belt sander as it incorporates a sanding belt wrapped around two drums. The rear drum is powered by an electric motor while the front drum rotates freely.

It also has a tension release lever which I find useful because it allows the belts to be easily changed. In addition, most models have a tracking adjustment knob that always keeps the belt in the center.

Uses

A portable sander is the best electric sander for flattening and smoothing wooden surfaces. Joiners and carpenters use this type of sander extensively to level table tops, rough wood planks, dressers, etc. The belt sander is also excellent for scraping, while the stationary or bench version is useful for sanding smaller work pieces.

cons

The sander's brutal power is both its strength and its disadvantage. Power is a serious issue with the belt sander! If not used correctly, this powerful tool can leave grooves, especially at the end of the planks.

2. Disc sander
A disc sander, as the name implies, has a round disc-shaped sander on which the abrasive is fixed. Depending on the design, there are 2 types of disc sanders.

• Portable or handheld disc sander.
• Bench Disc Sander.

Portable Disc Sander


It's one of the rarest types. It is best known as an inclusion in electric drills, but it also has a table-mounted version. Also known as an offset disc sander, the portable disc sander works similarly to an angle grinder, except that the disc is rotating perpendicular to the power tool body. You must clamp the workpiece securely using a vise or other clamping devices and place the rotating wheel on the work for sanding.

Uses

They have more or less similar uses to a portable sander. However, a disc can cover larger areas and it is possible to sand edges and curves that a sander cannot reach.

Bench Disc Sander


The benchtop stationary disc sander has a round back plate to which the abrasive disc is attached. The circular backplate is usually made of steel or aluminum and is fixed to the drive motor with a screw in the center. The diameter of the disc can be between 4 and 12 inches. A height-adjustable worktable that will act as the workpiece support is attached to the front of the wheel. You will move the workpiece or wood against the sanding wheel that rotates at high speed. Be sure to set the space between the worktable and the abrasive wheel as close as possible to prevent the part from getting stuck in the middle.

You can also tilt the worktable at different angles to match the miter cuts you've made to sand a smooth, straight edge.

Also, you can use different size paper for this type of sander depending on the task. And due to the speed of rotation of the disc, this provides a smooth finish, perfect for large areas.

Uses

A benchtop disc sander is an excellent machine tool when the workpiece is small and you need to sand it quickly.

3. Combined disc and belt sanders

You probably can't even imagine at first what it would be like to combine these two professional-grade machines. But the combination disc belt sanders are, in fact, a very useful tool if you have a lot of work that requires you to hold it by hand and with the shape.

Although you can purchase it as two separate sanding products, the combination disc and belt sanders are ideal for smooth belt sanding along with great support. Furthermore, this combo saves space and they are also highly versatile.

Uses

Combined disc and belt sanders are perfect for two types of jobs. And that's precisely grinding edges and flattening edges and faces.

4. Oscillating Spindle Sander

An oscillating shaft sander is included in the drum family, which features a sanding drum that protrudes from a freestanding table or bench. This bench sander is an excellent tool for finishing curved and straight edges. It works in such a way that when the engine runs, the drum also goes up and down on its axis. This allows the surface of the wood to touch the entire drum, which not only helps to remove the grooves, but also reduces wear on the drum surface by using its even distribution.

An oscillating shaft sander also comes in different sizes. This includes bench models that have a length of 4 inches and drum diameters of ½ to 2 inches. On the other hand, freestanding tables feature drums 4 inches long and 4 inches in diameter.

Uses

Mainly it is specially used to smooth the board edges. Additionally, several large models include the ability to tilt the front of the table approximately 45 degrees to create beveled edges. And due to the drum's vertical design, this sanding tool works excellently on curved surfaces.

But it's also effective at sanding straight surfaces, which makes it highly flexible compared to other types of sanders.

5. Orbital sander

An orbital sander has a rectangular or square sanding plate that moves in small circular paths and hence the name orbital sander. You can cut a rectangular piece of standard size sandpaper and attach it to the sandpaper. Therefore, this tool is also known as a sheet sander.

Uses

Electric orbital sanders are primarily used for finishing large surfaces pre-sanded with sanders.

A belt sander is relatively inexpensive and is ideal for heavy jobs that require a lot of material to be removed. However, if you are not careful, it can damage soft woods. On the other hand, an orbital sander is specialized in all types of finishes. The only downside to using orbital sanders is that they are not as useful for large-scale material removal.

6. Eccentric Orbital Sander

This type of sander has a round sandpaper and works similarly to an orbital sander. Its round pad moves in small circular orbits and also rotates. This means that the movement of the sanding board on the pieces is random. This results in smooth, clean surfaces, unlike orbital sanders, which leave a visible swirl pattern.

An eccentric orbital sander also has different pad sizes, offered in 6 inches diameter or 5 inches. In addition, it is also available with pressure sensitive adhesive discs. Otherwise, with velcro-type surface discs depending on the sanding tool model.

Uses

An electric eccentric orbital sander is used to finish the sanding without swirl marks. It can quickly finish large areas and is more powerful than an orbital sander or palm sander.

The most notable thing about this type of sander is that it is applicable to almost every sanding task. In fact, it can do the job of an orbital sander and sander in one; particularly gentle sanding and material removal. However, don't be surprised if this sander shows less efficiency than belt sanders designed for heavy material removal.

This tool is ideal for anyone opting for a versatile all-purpose sander.

Orbital sander VS Eccentric orbital sander

The main differences between the two sanders are in the shape of the sanding plate, head movement patterns and material removal rate. An eccentric orbital sander has a round pad, while an orbital sander has a square-shaped pad.

The sanding pad of an orbital sander moves in a specific pattern that can leave swirl marks on the job. On the other hand, the Eccentric Orbital Sander moves in random patterns that produce almost no swirl patterns. The eccentric orbital sander is the more powerful of the two and can remove material at a faster rate.

Finally, the eccentric orbital sander costs more when compared to an orbital sander and a palm sander. You will also need to purchase special sandpaper made specifically for the round fitting.

7.Palm Sander
They are also called a finish sander. They incorporate a square block that oscillates in small circular orbits that provide ultra smooth finishes. It's also great for sanding corners because of its square sandpaper.


A palm sander is also called a ¼” sander because the size of the sandpaper is one-quarter of a standard 9 x 11” sander. It uses spring clips that hold the sandpaper perfectly in place. And if I compared it to other basic sander types, I can say that it's quiet and light enough, which makes it easier and more convenient to control. For polishing jobs, this type of sander is one of the most popular options.

In addition, this sanding tool is also perfect for smoothing paint, varnish or plaster. It's also great to use for thin veneers and plywood, but you wouldn't want to use it to remove rough material.

Palm Sander VS Orbital Sander

If you want to know the difference between palm sander and orbital sander. Here are the things that vary between the two:

The main differences between the two are in size. A palm sander is a smaller version of an orbital sander. Other differences include ease of use, price and type of application.

While an orbital sander is moderate to control a sander, it is very easy to maneuver. The smaller size palm sander is significantly cheaper. When it comes to specialty, an orbital sander is ideal for large scale removal and polishing. Plus, it's perfect for finishing and priming, but it's easy to sand too much, so be careful when using it.

On the other hand, a palm sander is specialized in sanding corners and finishes. You can normally use it for smooth surfaces and finishing tasks, but chances are it will leave marks if you have trouble using it.

Also, these two different types of sanders look a lot alike. However, their differences lie in the tasks they are good at.

8. Drum Sander
There are two types of drum sanders.

• The bench top drum sander for wood.
• Drum floor sander.

Bench Drum Sander

This type of drum sander has a large rotating drum on which the sandpaper is attached. A drum sander is highly effective in reducing the thickness and finishing of wooden boards. Place your plate on the conveyor belt and adjust the space between the abrasive drum and the conveyor belt. As the wooden board passes, the sanding drum starts to remove the high spots. When the board is flat, you can sand it further to reduce the thickness. However, remember that a drum sander cannot replace an electric planer. A planer can remove material at a much faster rate, but a sander provides a better finish.


Drum Sander

Similar to all members of the drum family, a sander is particularly bulky and incredibly powerful. As proof, it actually requires two people to be transported from one place to another. Thus, a drum sander is most commonly rented because of its massive construction that parallels its hostile price. And because of its power, I find it difficult to control which is quite worrying if users aren't being careful. If something worse happens, it can leave marks on the floor.

A drum sander bears a resemblance to a lawn mower in terms of use because it is also pushed. I used it once to remove the ink and it's showing great efficiency so I recommend it.

Furthermore, this sanding tool is also perfect for removing adhesives as well as other irritating and unwanted substances. It is also important to note that a full size version of the eccentric orbital sander is also used for wide floor areas such as a drum sander. The only difference is that drum sanders are more difficult to control.

Uses

One of the best things about drum sanders is that these tools are consistent in terms of thickness. Thus, they are fast and highly efficient. Plus, they can handle both large and small boards, which makes them great in terms of versatility.

There are two things that to me are a drawback to this sanding tool. The first is the relatively expensive price and high weight. This makes execution difficult, requiring you to ask other people for help.

9. Detail Sander

This type of sander looks more like an iron than a real sander. A detail sander is actually a member of the orbital sander family that includes a triangular-shaped pad that uses a special self-adhesive sandpaper.

Sometimes this type of sanding tool comes with different accessories for a better and more precise or specialized task. The unique shape of this tool is actually designed to hit crevices that a basic sander usually can't. It is used for mounting in tight spaces and corners such as the axes of a classic chair leg.

Furthermore, the detail sander is also efficient and effective in terms of sanding unusual shapes. They are also useful for crafts and more.

Uses

This type of sander is great for smoothing out tight and narrow spots. Because it's compact and easy to control, beginners can also use it with ease. It's also relatively affordable, but produces an audible noise while running. Also, it is not applicable to heavy material removal.

10. Drywall Sander

Are you curious about this metal detector-like tool? At first, I thought the same too, but Drywall sanders only show up as a metal detector because it's a disc sander attached to a long pole. It is used to smooth drywall surfaces as well as remove remaining adhesives stuck to the drywall. Also, people often clip the handle close to the hub to get a closer job.

Most drywall sander models include a vacuum to collect dust particles that fall while you work. The reason another variation of this sanding tool has longer handles is to allow the device to sand higher places like ceilings and high walls that normally require a ladder.

Do I really need to buy a drywall sander?

It really depends on the work you intend to do. You can use an ordinary belt sander to remove paint. But for finishing, you may need a finishing sander.

LE LEMATEC Portable Sand Blaster Gun Kit, Multipurpose Sandblasting Tool Complete with Connector, Extra Steel Tip and Media Mesh Filter, for Cleaning Rust, Dirt and Paint, and Corrosion Prevention

 LE LEMATEC Portable Sand Blaster Gun Kit, Multipurpose Sandblasting Tool Complete with Connector, Extra Steel Tip and Media Mesh Filter, for Cleaning Rust, Dirt and Paint, and Corrosion Prevention

•  High quality kit tackles any job around the shop or home; complete with ¼ inch NPT quick connector, extra steel tip, media filter, user manual & media guide
• High performance tool designed to outperform with gravity fed reservoir to ensure more consistent work; fully adjustable control valve that automates sand flow precisely
• Versatile to use; supports media such as steel grit, glass beads, silicon carbide and more; cleans, restores, and prevents corrosion on multiple surfaces; also for etching glass and carving stone
• Portable, lightweight, and compact; goes anywhere you want to achieve a fine surface finish; handheld and easy to carry; blasts in tight spaces and hard to reach areas
• Easy to use; simply follow the setup instructions, connect to your air compressor, and load the preferred abrasive or sandblasting media based on the work and results you want to achieve

GENERAL INFORMATION ABOUT THE SANDBLASTING PROCESS AND SURFACE PREPARATION:

For many decades, abrasive sandblasting has been important for cleaning and preparing surfaces to be coated. Compressed air is used to propel abrasive particles at high speeds over a coated or uncoated surface. While abrasive blasting is technologically straightforward, safely converting a mixture of abrasive particles and compressed air into an effective treatment requires planning and preparation as well as tools and equipment designed according to sound engineering principles, as well as the combination of those elements with proper operator dexterity and the use of good judgment.

 
PLANNING AND PREPARING FOR SANDBLAST JOBS:

Sandblasting different abrasivesAn important first step requires a thorough evaluation of the surface to be treated, the environment surrounding the object or structure and knowledge of the requirements of the work to be carried out, such as the degree of cleaning required and specified for the application of the product. coating. An analysis of the implicit risks of the work to be carried out should also be carried out, which will help in the planning of the project by identifying in advance the critical issues and elements (such as removing paint containing lead or which abrasive to use for the task ) and that must be taken into consideration regarding equipment and personnel.

PROPERLY DESIGNED TOOLS AND EQUIPMENT:

For high production blasting, selecting the right size equipment, as well as the selection of compatible components and accessories, will ensure efficient operation and a successful result. Some important tips for making the best selection are listed below.
Air compressor properly selected in capacity to produce a sufficient flow and / or volume of air at the pressure required for all the components that it will have to supply. The compressor represents both the source of energy and the power of the sandblasting system. Compressed air is required to pressurize the blast machine, to transport abrasive material to the nozzle, to operate valves and accessories, and to provide air for breathing. The sandblasting process requires a stable supply of high pressure air (psi = pounds per square inch) and a high volume (cfm = cubic feet per minute) and a high level of purity when used as breathing air.
To determine the required compressor size, add up all the individual requirements for all equipment and add a 50% reserve margin to keep productivity high as the nozzle wears out. The smallest internal diameter of the compressor air outlet should be at least four times the diameter of the nozzle orifice.

 Clemco columbec M aluminum lined boron carbide sandblast nozzles Clemco columbec M tungsten carbide rubber sandblast nozzles Clemco columbec M polyurethane coated silicon carbide sandblast nozzles Clemco columbec M angle outlet tungsten sandblasting nozzles Clemco columbec M static dissipative flexible sandblasting hose Sandblasting hose 4 layers resistant passage zones Clemco columbec M
Sandblasting nozzles  should be selected according to the compressor output capacity and the required reserve.

The nozzles accelerate the abrasive to a highly effective cutting force for the most demanding applications. Replace the nozzle when its orifice is worn 1/16 inch (1.5 mm) above its original size. A worn nozzle not only wastes air, it will also reduce productivity or cause injury in cases where the inner cover fails. Carbide nozzles (tungsten, silica and boron) are the most popular for most sandblasting applications due to their long life.

The air line should be as large as possible, with connections that do not restrict air flow.

Using a properly sized air line is critical to getting the most out of your compressor and blasting system. Like the compressor air outlet, the internal diameter of the sandblast hose  should be at least four times the diameter of the nozzle orifice. This principle applies to air lines up to 100 feet. When the air hoses exceed 200 feet (60 meters), check the air pressure at the inlet of the blast machine during the blasting process itself to determine if the internal diameter is sufficient.

Air flows best through non-restrictive connections and straight lines, therefore air lines should be placed in as short a length as possible and with as few bends as possible to avoid pressure losses. Use an air hose designed for a minimum pressure equal to or greater than the working pressure of the sandblasting machine.

 

The filter, moisture separator and air dryer serve to remove annoying abrasive plugs caused by water in the air line.
Water and oil are enemies of sandblasting equipment. All compressors release moisture as a by-product from the air compression process, but some also pollute the air with oil. Tools for removing moisture and oil vary according to the relative humidity of the environment. An air filter, installed at the air inlet to the sandblasting machine, removes oil and water that has already condensed in the air lines. Coalescing filters collect some water vapors to form small water droplets. Aftercoolers cool the air to condense moisture, and then trap it before being taken to the sandblasting machine. Air dryers are the most effective at removing moisture and oil.

•  Based on your compressor and nozzle, select a sandblasting machine with an abrasive capacity of 20 to 30 minutes of sustained blasting. Consult an abrasive / air consumption table  to determine the amount of abrasive to consume based on the size of the nozzle orifice at a given pressure. For example, a Number 6 nozzle (3/8 ”orifice) at 100 pounds per square inch (psi) will consume 1,152 pounds of abrasive per hour. Selecting a 6 cubic foot sandblasting machine (6 foot hopper WEB link) will provide approximately 30 minutes of sandblasting (1152 divided by 2 equals 576).6ft sandblasting hopper Clemco columbec M
• Air and abrasive media flow through pipes, valves, hoses, nozzles, and fittings that are all cylindrical. Any reduction in the diameter of these cylinders will dramatically decrease the flow rate. A 1-inch internal diameter cylinder has an area of ​​0.80 square inches. A ½ ”bore cylinder has an area of ​​0.20 square inches. Cutting the diameter of a cylinder in half reduces its area by three-quarters. Pay particular attention to the outside pipes and fittings of the sandblasting machine, because it is usually here that restrictions usually occur.
• A well designed sandblasting machine allows a uniform flow of air and abrasive through the system. A quality industrial sandblasting machine has concave heads for easy filling and is automatically sealed with a conical shut-off valve, a cone-shaped piece of metal with its respective coating for greater resistance to wear. Most machines have a conical bottom with a 35º angle to allow the abrasive to flow freely to the metering valve. Make sure that the tank has the respective approvals, which indicates that it meets the specifications and necessary regulations.
• Install a screen to prevent entry of impurities that would otherwise enter the system and sandblasting process. Cover the machine when not in use and keep it protected from rain and inclement weather.
• Install a pressure regulator with a gauge on the blast machine to adjust and monitor the air pressure. Maintaining a good operating pressure guarantees optimal equipment performance. Use a hypodermic needle pressure gauge to check the pressure at the nozzle.
• The abrasive metering valve is designed for a uniform and constant flow. The abrasive flows by gravity through the metering valve in a fast-flowing stream of compressed air. Metering valves that deliver 90 degree abrasives cause turbulence, leading to erratic flow of abrasive, abnormal pipe wear, and an inaccurate mix of air and abrasive.
• Metering abrasive to the 45 degree air stream allows air and abrasive to mix properly. A good metering valve allows fine adjustments to be made. Air valves, as well as other valves that are not specifically designed for abrasives, will wear out quickly and adversely affect flow.

•  Application recovery recycling abrasive sandblast Clemco Columbec MRemote controls are necessary for safe and efficient operation. A sandblasting machine should have remote controls (as required by OSHA) that allow the blasting process to be stopped quickly when the control handle is released. This system is critical to avoid injury should the operator lose control of the nozzle. Pneumatic controls work well over distances up to 100 feet. Electric remote controls are recommended for distances greater than 100 feet and are required for distances of 200 feet or more.Integrated Wetblast Dryblast System Sandblasting Clemco columbec 02 M
• Blast hoses and couplings are designed to reduce friction losses.
• Always use suitably sized blast hoses (link to WEB hoses), of good quality, static dissipative and designed for the proper working pressure.
• The internal diameter of the blast hose should be at least three times (and preferably four times) the size of the nozzle orifice.
• Select couplings and brackets based on suitability for job site conditions, not based on your purchase price. Sandblast hose couplings fit together. Under pressure, the blast hose expands against the fittings to create a tight seal. The gaskets in each coupling are aligned and compressed as one coupling snaps into the other in its ready-to-work locked position.
• Make sure the coupling bolts are long enough to provide sufficient gripping force without penetrating the inner tube. Some couplings have integral steel mechanisms to secure the couplings to each other for added security. If your couplings do not have them, be sure to install them to ensure a good connection. Sandblast hose safety cables provide an additional measure of safety for your guards and should be used at every coupling connection to avoid injury from accidental coupling loosening.

Sandblasting equipment installation example
 
The operator's safety equipment mainly consists of protective clothing and an approved, airtight breathing system for the sandblasting operation. All personnel working in the vicinity of the sandblasting area should wear the aforementioned protections. No dust is safe to breathe.
To prevent injury and illness, the use of personal protective equipment is absolutely necessary for both operators and those working in the area. Respirators must be tested for the blasting process and approved by the appropriate body.

•  Sandblasting Clemco columbec M safety helmetSandblasting Clemco columbec M safety suitcarbon monoxide detector Clemco Columbec Mcommunication unit sandblasting Clemco columbec M
• Make sure that an air jet helmet  not only supplies air for breathing but also protects the head and face from rebounding particles and debris, as well as the abrasive itself, attenuates noise and allows a wide field of vision. clogged. OSHA regulations mandate that noise levels generated by the respirator at maximum airflow and measured inside the helmet, cannot exceed 80 decibels. Be sure to use appropriately approved and readily available components and replacement parts.
• The alarms carbon monoxide They serve to protect workers from exposure to carbon monoxide (CO), a colorless, odorless, and deadly gas. Made easy when using a CO monitor and alarm (WEB link). This accessory prevents operator exposure to carbon monoxide by providing both a visual and aural signal to the operator when unsafe levels of CO are detected.
• Carbon monoxide can be produced by oil-lubricated compressors or by engine exhaust entering the compressor inlet or air pump. The air compressor should always be serviced according to established and recommended intervals, and high temperature shutdown mechanisms or carbon monoxide alarms installed, or both.

What is Sandblasting

Have you ever heard of what Sandblasting is ? or also known as sandblasting. In this blog we describe what it refers to and what it is used for.

The word "sandblast" comes from the English words " sand " which means sand and " blast " which means pressure, so the term refers to the technique called "pressure sand" or commonly known as "sandblasting". or "sandblasted".


However, this technique does not necessarily use sand for its operation since there are different abrasives as a substitute, such as:

• Silica sand
• Aluminum oxide
• Silicium carbide
• Sodium bicarbonate
• Garnet
• Copper slag
• Glass pearl
• Plastic abrasive
• Steel shot, among others.

To carry out this process, compressed air is used to propel abrasive particles at high speeds through a nozzle, this technique is generally carried out in steel , cast iron and metal alloys in general, and also in other materials such as example: wood, glass, ceramics, stones, slabs, tiles, acrylics and marbles, both for use in the mechanical industry and in construction, in order to clean metal structures and protect them from oxidation, prepare materials for the application of coatings, remove oxidation and impurities, remove paints and other finishes, remove welding impurities, renew parts of machinery, equipment and gears, remove concrete plates and give finishes in wood, steel, resin and plastic.

The main components that are used for this process are: the type of abrasive, the sandblasting gun, the compressor, the hose and the nozzle, each and every one of these components are selected according to the element that will be subjected to the process.

The benefits obtained by using this technique are: labor costs, minimizes work times, reduces maintenance times, achieves greater purity of the material with a minimum of effort and obtains a greater anchoring and adherence of coatings.

It is important to mention that for these equipments that normally throw abrasives at high speed, they require safety standards and protective equipment specially formulated and designed to carry out these tasks.

Sandblasting How to use it?

For many decades, abrasive sandblasting has been instrumental in cleaning and preparing surfaces to be coated. Compressed air is used to propel abrasive particles at high speeds over a coated or uncoated surface.

On the other hand, abrasive sandblasting is technologically simple, to safely convert a mixture of abrasive particles and compressed air into an effective treatment, requires planning and preparation, as well as tools with equipment designed according to engineering principles, as well as the combination of those elements with appropriate operator dexterity.

Planning and preparing for sandblast jobs:

To carry out Sandblasting on a surface, a complete evaluation of the area to be treated must first be carried out, such as: the environment surrounding the structure, the degree of cleaning required and specified for the application of the coating.

Likewise, an analysis of the implicit risks of the work to be carried out must be carried out, which will help in the planning of the project through the early identification of critical elements such as: removing paint with lead content or which abrasive to use. Elements that must be taken into consideration in relation to construction equipment and personnel.

Properly designed tools and equipment:

For high-production sandblasting, choosing the appropriate size equipment, as well as the selection of compatible components and accessories, will ensure efficient operation and completely successful results.

Here are some important tips before performing Sandblasting

Air compressor , duly selected in capacity to produce a sufficient flow and / or volume of air at the pressure required for the components to which it must supply. The compressor represents both the energy source and the power of the sandblasting system.

Compressed air is used to pressurize the sandblasting machine, to transport the abrasive material to the nozzle, to operate the valves and accessories. In addition, the sandblasting process requires a stable supply of high-pressure, high-volume air, and a high level of purity when used as breathing air.

Sandblasting nozzles should be chosen according to the compressor output capacity and the required reserve.

The nozzles accelerate the abrasive to a highly effective cutting force for the most demanding applications.

If your nozzle is wearing 1/16 inch (1.5 mm) above its original size, it must be replaced, so a worn nozzle not only wastes air but will also reduce productivity or cause injury in cases where the inner cover fails.

Air Line

Using a properly sized air line is a critical factor in getting the most out of your compressor and blasting system. Like the compressor air outlet, the internal diameter of the sandblast hose should be at least four times the diameter of the nozzle orifice.

This principle applies to air lines up to 100 feet. When the air hoses exceed 200 feet (60 meters), check the air pressure at the inlet of the blast machine during the blasting process itself to determine if the internal diameter is sufficient.

In addition, remote controls are necessary for safe and efficient operation. A sandblasting machine should contain remote controls that allow the sandblasting process to be stopped quickly. This system also serves to prevent injury should the operator lose control of the nozzle.

Pneumatic controls work well over distances up to 100 feet. Electric remote controls are used for distances greater than 100 feet and are required for distances of 200 feet or more.