If you own a busy commercial construction company and are looking to excel, then you will probably know all the costs associated with owning heavy machinery and equipment for your projects. Not only that but finding trained professionals to operate these machines can be a challenge!Ìý

But, there is a solution, you can opt to plant hire for any scale of construction project within the UK. At 91±¬ÁÏ, we have been providing commercial construction companies with equipment since 2005, and we know how important it is to have the right equipment for the job.Ìý

In this article, we will discuss the benefits of plant hire for commercial construction companies, the cost-effectiveness of plant hire, the variety of equipment available, maintenance and so much more.Ìý

What is Plant Hire?

Benefits of Plant Hire for Commercial Construction Companies

Maintenance and Repair of Plant Hire Equipment

How to Choose the Right Plant Hire Company

Common Misconceptions 91±¬ÁÏ Plant Hire

What is Plant Hire?

Let’s get the basics covered first, plant hire is the process of renting heavy machinery and equipment for construction projects. Companies can rent equipment for a specific project or for an extended period of time, meaning that these costly machines will only be working when you need them.Ìý

Plant hire companies, such as 91±¬ÁÏ,Ìý offer a range of equipment, including aggregates, screen crushers, crushers and so much more to businesses within the commercial and private sectors.Ìý

Plant hire companies will also provide operators and maintenance services for the equipment, making any project easier and more efficient.

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Benefits of Plant Hire for Commercial Construction Companies

There are many benefits of plant hire for commercial construction companies. Let’s take a look at some of the main benefits below.Ìý

Cost Effective: One of the biggest advantages is the ability to rent equipment only when it is needed. This reduces the overall cost of the project since your commercial construction company will not have to purchase and maintain expensive equipment that may only be used for a short period.

Fully Trained Staff: Plant hire companies also provide operators and maintenance services, reducing the need for your construction company to hire additional staff.

Flexible: Another benefit of plant hire is the flexibility it provides. This means your business can rent equipment for specific projects and return it when the project is completed. This allows your construction company to use different equipment for different projects, depending on the requirements of each project.

Customisable Solutions: Plant hire companies also offer a variety of equipment, allowing you access to a full range of equipment to complete the project. If you are in need of customised equipment, we here at 91±¬ÁÏ can work with you to design the perfect solution.Ìý

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Maintenance and Repair of Plant Hire Equipment

One thing that a lot of people often overlook is that plant hire companies provide maintenance and repair services for the equipment they rent.Ìý

This reduces the downtime of equipment due to repairs and ensures that the equipment is always in great condition. Plant hire companies, like us at 91±¬ÁÏ, also provide operators who are trained and experienced in using the equipment, reducing the risk of damage to the equipment.

This means your commercial construction company is not responsible for maintaining and repairing any of the large equipment, saving your business money and time for your project.Ìý

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How to Choose the Right Plant Hire Company

We know that choosing the right plant hire company is important for the success of a construction project.

This is why, we have put together some tips for finding the right plant hire company for your commercial construction project.Ìý

Research: The first step is to research different plant hire companies and compare their services and pricing. You will want to make sure that you are getting a service that is within your project’s budget and time scale.

Read the Reviews: It is also important to read reviews and testimonials from previous customers to ensure that the company you go with has a good reputation. Make sure to read our case studyÌýon our website.

Equipment Range: Another important factor is the range of equipment available. You should choose a plant hire company that offers a wide variety of equipment, or, will create custom solutions for your project.Ìý

Maintenance & Repairs Included: It is also important to choose a company that provides maintenance and repair services for the equipment they rent. You may also want to look at companies that provide fully-trained staff to operate these machines.

Locations: The final and most obvious tip is to find a plant hire company that services your area or project location. We at 91±¬ÁÏ currently provide all of our plant hire solutions nationwide, so, if you live within the UK and are looking for custom plant hire solutions that go straight to your project, get in contact with us today.Ìý

Common Misconceptions 91±¬ÁÏ Plant Hire

There are some common misconceptions about plant hire that can prevent companies from using this cost-effective solution.

ÌýLet’s clear up a few of these misconceptions below:Ìý

Plant Hire is More Expensive: One misconception is that plant hire is more expensive than purchasing equipment. However, renting equipment only when it is needed reduces the overall cost of the project.

Plant Hire is Only For Large Projects: Another misconception is that plant hire is only for large construction projects. However, plant hire companies offer a range of equipment, including mini excavators, which are ideal for smaller projects.

Plant Hire Makes Projects Take Longer: The last misconception on our list is that plant hire makes your projects take longer, which is completely false. Due to plant hire being outsourced to another company, the plant hire company’s entire job is to maintain and provide you with equipment on time and in excellent condition. This means that any issues that arrive during the project will be fully handled, leaving you to focus on the project at hand.Ìý

We hope you have found this information useful and informative, if you are in need of plant hire for your commercial construction project, make sure to visit our website today.

The world we live in today is heavily reliant on infrastructure – from buildings and bridges to roads and highways. And at the heart of any construction project lies a crucial element: the use of stone crusher machines.Ìý

These machines play a vital role in breaking down large rocks into smaller pieces, which can then be used to create a variety of construction materials, from aggregates to sand. In a world where infrastructure development is key to economic growth, the importance of stone crusher machines cannot be understated. They are essential in ensuring that construction projects are completed on time and within budget, while also providing a sustainable solution for the efficient use of natural resources.

91±¬ÁÏ have been supplying the North East with bespoke solutions to their stone crushing needs, both for commercial and construction projects for years. That’s why we have created this blog to help you understand the key benefits of a stone crusher machine. We will also explore the significance of stone crusher machines in infrastructure development and how they continue to shape the world we live in today.

The role of stone crusher machines in infrastructure development

The history of stone crusher machines

Types of stone crusher machines

Features and advantages of stone crusher machines

Stone crusher machine maintenance and safety

Stone crusher machine innovations and advancements

The role of stone crusher machines in infrastructure development

Stone crusher machines are used in a wide range of applications in different industries like mining, construction, and recycling. They are used to break down large rocks into smaller pieces that can be used for construction materials and they are essential for the construction industry, as it provides the necessary materials for building new infrastructure projects.Ìý

The primary use of stone crusher machines is in the production of aggregates, which are used in the construction of roads, bridges, buildings, and so much more. These machines are also used to crush concrete, and asphalt which can then be recycled for use in new construction projects, making them useful and planet friendly.

Stone crusher machines are also essential in the mining industry, where they are used to break down large rocks into smaller pieces that can be processed for the extraction of minerals. The use of these innovative machines has made it possible to extract minerals from deep within the earth, which was not possible in the past. This has led to the development of new mining techniques, which have increased the efficiency and safety of mining operations.

If you are looking to hire aÌý stone crusher machine that is specifically designed to fit your project, get in touch with us today.Ìý

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The history of stone crusher machines

We have come a long way since ancient times in terms of construction, but did you know that the use of stone crusher machines dates back to ancient times when the construction of roads and buildings was first started? In fact, the earliest stone crusher machines were hand-held stones, where the weight of the stone provided a boost to muscle power, used against a stone anvil.

The industrial revolution brought about a significant change in the way stone crusher machines were used. The invention of steam-powered machines in the mid-19th century allowed for the efficient and rapid processing of large quantities of stone. The use of these machines revolutionised the construction industry, making it possible to build larger and more complex structures.

For the last few decades, companies like 91±¬ÁÏ have made it possible to get tailor-made solutions to your stone-crushing problems, meaning you can get exactly what you want, every time.Ìý

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Types of stone crusher machines

There are several types of stone crusher machines available in the market today. Each machine is designed to handle a specific type of rock or stone and can be used in a variety of applications. The most commonly used types of stone crusher machines are jaw crushers, impact crushers, cone crushers, and hammer crusher.Ìý

Jaw Crusher: Jaw crusher machines are used for the primary crushing of stones and rocks. They are designed to crush large rocks into smaller pieces and are capable of handling a wide range of materials, including concrete, asphalt, and other construction waste materials.

Impact Crusher:Ìý Impact crusher machines are used for the secondary crushing of stones and rocks. They are designed to crush rocks into smaller pieces and are commonly used in mining and quarrying operations.

Cone Crusher: Cone crusher machines are used for crushing stones and rocks into smaller pieces. They are designed to handle a wide range of materials, including hard and abrasive stones, and are commonly used in the mining and quarrying industries.Ìý

Hammer Crusher: Hammer crusher machines are used for crushing stones and rocks into smaller pieces. They are commonly used in the construction industry for the production of aggregates.

If you want more details on our stone crusher solutions, be sure to check out our Contract Crushing and Screening page now.ÌýÌýÌý

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Features and advantages of stone crusher machines

Stone crusher machines are designed to provide several benefits to the construction industry.Ìý

Let’s take a look at some of the main benefits of a stone crusher machine:Ìý

Cost Effective: They offer a cost-effective solution for the production of aggregates, which are used in the construction of roads, bridges, buildings, and other infrastructure projects.Ìý

Energy Efficient: Stone crusher machines are also designed to be energy-efficient, which helps to reduce the overall cost of construction projects.

Stones in Bulk: One of the main advantages is that these machines can process large quantities of rocks and stones quickly and efficiently. This helps to save time and labour costs, which are essential in the construction industry.Ìý

Easy to Operate: Stone crusher machines are also designed to be easy to operate and maintain, which helps to reduce downtime and increase productivity.

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Stone crusher machine maintenance and safety

Stone crusher machines are complex machines that require regular maintenance to ensure their efficient operation. Regular maintenance helps to reduce downtime and increase productivity, which is essential in the construction industry. It is essential to follow the manufacturer’s guidelines for maintenance and safety to ensure that the machine operates at its best.

Safety is also an essential consideration when using stone crusher machines. These machines can be dangerous if not used properly, and it is essential to follow all safety guidelines to prevent accidents and injuries. It is also advised to wear protective gear, follow all safety procedures, and ensure that the machine is operated by trained personnel.

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Stone crusher machine innovations and advancements

The stone crusher machine industry is constantly evolving, with new technologies and innovations being developed every year. Some of the latest advancements include the development of hydraulic systems, which allow for the efficient and rapid processing of large quantities of rocks and stones.Ìý

Other innovations include the use of AI and machine learning, which help to improve the efficiency and accuracy of stone crusher machines.

The use of sustainable materials and practices is also becoming increasingly important in the stone crusher machine industry. Manufacturers are developing new machines that are designed to be environmentally friendly, which helps to reduce the impact of construction projects on the environment.

We hope you have found this guide useful and informative, if you are in need of a contract crusher, aggregates or plant hire, be sure to check out our website or get in touch with us today.Ìý

Sand goes into more of a build than most people notice. It’s in the concrete under the slab, the mortar between the bricks, the screed under the floor, the bedding under the block paving and the trench around the cable. Order the wrong grade and the job either fails or gets done twice.

91±¬ÁÏ has supplied sand and aggregates from Darlington for over 20 years serving the North East, and this guide is the one we’d hand to a customer who rang unsure what to order. It covers the five sands most used on site, what each is for, where each is the wrong choice, and how to check a load. It’s written for groundworkers, builders, civils contractors and site managers, and the same rules apply to a homeowner ordering a bulk bag for a patio. If you already know what you need, go straight to our sand supply page.

What construction sand is

Construction sand is the fine end of the aggregate range. In UK practice, fine aggregate is material that passes a 4 mm sieve, so sand covers everything from a coarse 4 mm grit down to particles you’d struggle to see. Gravel and crushed stone sit above that line.

Sand is sold washed or unwashed. Washed sand has had the silt and clay rinsed out and suits concrete and mortar. Unwashed, or as-dug, sand keeps its fines, costs less and suits bulk fill. For the wider family of gravels, crushed stone and recycled material, see our guide to aggregate types and grades.

Types of sand used in construction

The trade name of a sand usually tells you its grain size, its grain shape and how clean it is. Sharp sand is coarse and angular, for concrete and bedding. Building sand is fine and rounded, for mortar. Fill sand is unwashed bulk material for backfill. Cable sand is screened fine sand for protecting buried services. Industrial sand is high-purity silica for specialist uses.

Sharp sand

Sharp sand is a coarse, washed sand with angular grains. It’s also called grit sand or concreting sand, and it’s typically graded 0/4 mm, meaning the grains run from dust up to 4 mm. The angular grains lock together under load.

Use sharp sand for mixing concrete, for floor screeds, for the laying course under block paving and flags, and for the base coat of render where a coarser mix is specified. It also suits lawn top-dressing and drainage in heavy soil.

Don’t use it for bricklaying mortar. The coarse grains make the mortar harsh to work and the joints won’t finish cleanly, which is the job building sand does. If you’re bedding block paving, order sharp sand.

Building sand

Building sand, also called soft sand or bricklayers’ sand, is a fine sand with rounded grains. The rounded grains give a mortar that’s smooth, plastic and easy to spread, and they let the trowel leave a clean joint.

Use it for bricklaying and blockwork mortar, for pointing, and for render top coats. It’s the sand for anything worked by hand and finished neatly.

Don’t use building sand in concrete or under paving. Rounded grains don’t lock together, so a paving bed made from soft sand will settle, and concrete made with it will be weaker than the mix design assumes. Colour varies by pit, from yellow to red, which matters when pointing has to match existing work or when a job runs across several deliveries. Ask for a sample, and order enough from one source to finish the visible work.

Fill sand

Fill sand is a general-purpose sand sold for bulk, where the job is to occupy space rather than to bond or carry a finished load. It’s usually as-dug or lightly graded, so it may contain some silt, clay or small stone.

Use it for backfilling trenches and excavations, for levelling and raising ground before a sub-base goes down, as a sub-base layer under slabs and driveways where the spec allows a sand blinding, and for filling sandbags. It’s the cheapest sand on this list and the right choice when the sand will be buried and compacted.

Don’t use fill sand in mortar or concrete. The fines and any clay content weaken a mix and hold water, and if the spec calls for a washed sand, fill sand won’t meet it.

Cable sand

Cable sand is a fine, screened sand used to bed and surround underground cables, ducts and water pipes. Screening removes the stones and sharp particles that would otherwise press into a cable sheath or pipe wall when the trench is backfilled and compacted. Its grain is finer and more uniform than sharp sand.

Use it wherever a utility spec calls for a sand bed and surround, laid below and above the service before the marker tape and main backfill go in. The utility’s specification sets the bed and surround depth, and utility companies and local authorities often name the grade they accept, so check the spec before ordering. Where a thermal specification such as ENA TS 97-1 applies to buried power cables, confirm the grade before you order. If you’re opening a long trench and need an excavator with an operator, our plant hire team works alongside sand deliveries.

Cable sand isn’t a structural material. It’s no substitute for concrete, it isn’t a paving bed and it shouldn’t go in a mix. Its job is protection.

Industrial and silica sand

Industrial sand is a high-silica sand processed to a tight grading and a consistent chemistry. On a construction site it turns up in water filtration beds, as a blasting medium and in specialist mortars and grouts where a spec names silica content. Off site, the same material feeds glassmaking and foundry moulds.

It’s rarely the right choice for general construction, because the processing that a glassworks pays for adds nothing to a concrete mix. Order it when a specification names silica content or a specific grading; otherwise sharp sand does the structural job for less.

Pros and cons of sand in construction

Sand is on every site for four reasons. It’s available almost everywhere, so supply is rarely the constraint. It costs less than cement, crushed stone or anything manufactured. It’s workable, whether shovelled, barrowed, pumped or tipped from a lorry into a hopper. And it drains well, so a sand layer under paving or against a wall moves water away from where it does harm.

Its weaknesses come from the same properties. Loose sand has no strength of its own, so it shifts under wind, water and traffic until it’s confined or bound with cement, and an unrestrained bed migrates from under the paving it supports. It’s sensitive to moisture: a wet stockpile throws off the water-cement ratio, and a dry, exposed pile blows away. Unwashed sand can carry clay, silt or salt that weakens a mix, and a clean pile picks up mud if it’s stored badly.

The practical rule is that sand is a good material inside something and a poor one on its own. Bind it, confine it or bury it, and it performs.

How to choose the right sand

Start with the job, because the job sets everything else.

Job	Sand	Why
Concrete, floor screed	Sharp sand	Angular 0/4 mm grains lock together and give strength
Block paving and flag bedding	Sharp sand	Stays put under load and drains
Bricklaying, blockwork, pointing	Building sand	Fine rounded grains give a workable mortar and a clean joint
Render top coat	Building sand	Smooth finish; use sharp sand for a coarse base coat if specified
Trench bed and surround for cables and pipes	Cable sand	Screened, stone-free, protects the service
Backfill, levelling, sandbags	Fill sand	Cheapest option where the sand is buried and compacted

Then check grain size and shape against the spec. Sharp sand for concrete is usually 0/4 mm and a mortar sand is finer, often 0/2 mm. Where a specification names a grading, order to it and ask for the grading sheet.

Colour matters only where the sand shows. Match pointing or render to existing work with a sample, and if a visible job takes several loads, ask for them from the same source. For anything buried or bound in concrete, colour is irrelevant.

Source tells you about cleanliness. Washed sand suits concrete and mortar; as-dug sand suits fill. Marine sand can carry salt and needs washing before it goes near reinforced concrete, so ask about origin if you’re unsure.

Cost comes last. The price gap between grades is small next to the cost of lifting a failed paving bed or raking out crumbling mortar.

Sand grading and testing

Grading is the spread of particle sizes in a sand. It’s measured by sieve analysis: a dried sample passes through a stack of sieves and the weight held on each one is recorded. The result is a grading sheet showing the percentage passing each sieve, which tells you whether a “sharp sand” is a true 0/4 mm or something finer sold under the same name. UK sands for concrete are graded to BS EN 12620 and sands for mortar to BS EN 13139, and each standard sets limits on how much material may pass each sieve. All materials we supply conform to current European and UK standards where appropriate, and you can ask for a grading sheet with your order.

On site, two simpler checks cover most jobs. A silt test needs a jar, a handful of sand, water and a few hours of settling; if the silt layer that forms on top is more than about a tenth of the sand depth, the sand is too dirty for concrete or mortar. A squeeze in the hand tells you how much water the sand is holding, which changes how much water goes into the mix.

For a domestic patio, a clean stockpile and the silt test are usually enough.

Alternatives to sand

For some jobs another aggregate does the work better. Crushed rock fines, sometimes sold as grit or crusher dust, are used in place of sharp sand under paving where a spec allows, and they lock together at least as well; we produce crushed rock fines from our crushing service as part of the screening process. Manufactured sand, made by crushing rock to a sand grading, goes into concrete where natural sand is scarce or specified, and its angular grains behave much like sharp sand. Recycled aggregate, meaning crushed concrete, crushed brick and road planings, replaces fill sand for bulk fill and sub-bases and is often cheaper. None of these replaces building sand in mortar or render, because nothing else leaves a clean finish under the trowel.

How we supply sand

91±¬ÁÏ & Screening stocks sharp sand, fill sand and cable sand, supplied as loose loads and bags. Other grades can be sourced on request if your project needs something specific. Collect from our County Durham depot, or have it delivered across the North East, with wider delivery by arrangement.

Prices depend on grade, quantity and delivery distance, so there’s no rate card on this page. Call 01325 808760 or get a quote with your postcode and tonnage. Trade and commercial orders come first, and bulk domestic orders are welcome.

Whether you are building a retaining wall, laying a patio, or using them for commercial applications, selecting the right stone is an essential part of the process. Choosing the right stone for your project is very important and can make all the difference to the overall outcome and finish.Ìý

With the variety of stones available, it can be difficult to know which one is best for your project. That’s why, we at 91±¬ÁÏ have created this guide to provide you with an overview of the different types of stones, their crush strength, and how to choose the right one for your project.Ìý

With a little knowledge, you’ll be able to choose the right stone for your project and create a beautiful, long-lasting outdoor space or structure.

• Considerations when Choosing the Right StonesÌý

• Understanding Stone Crush StrengthÌý

• Stones with the Highest Crushing Strength

• How to Crush StonesÌý

• How Crusher Screening WorksÌý

• More ResourcesÌý

Considerations when Choosing the Right Stones

As a building material, stones are one of the oldest, dating back more than 10,000 years. It is also one of the most versatile materials, with a wide range of different types of stone available.Ìý

Understanding the various types of stones and their crush strength is key in selecting the right one. The type of stone you choose will depend on a number of factors, including where you plan to use it and the type of project you’re working on. Below we have provided some of the key things you should consider before choosing your materials.

• Consider how the stone will be used. Is it for a patio? A pathway? A fire pit? Knowing how the stone will be used will help you determine which type of stone will be best.

• Which Stone do you or your client like the most aesthetically?

• Before you choose the stone for your project, you’ll want to consider your budget, and how much will it cost you or your client.

• Of course, you’ll also want to make sure you choose a stone that is appropriate for the project. You don’t want to end up with a beautiful stone only to find out it breaks halfway through.

• Knowing the stone’s crush strength as well as its other properties will help you find the right stone for your project, as the higher the crush strength the more likely it will not break when fitting your project.

• You’ll want to consider the stone’s durability, as you will want to make sure the stone is durable enough for your project. Granite, for example, is a very durable stone, making it ideal for countertops, walkways, and landscaping.Ìý

Let’s go through some of the main types of stones on the market today.Ìý

• • Granite is a popular stone for countertops, fireplaces, and landscaping. It is typically used for kitchens and bathrooms as it has a lovely finish.Ìý

  • Limestone is commonly used for pathways and patios as it is a durable material which holds up well in all weather.Ìý

  • Gabbro is a great stone for commercial application as it is the cheapest and most durable on the market. However, the finish is not as aesthetically pleasing as others on our list.Ìý

  • Slate is a soft stone that is mostly used for roofing or tiling on homes.Ìý

Understanding stone crush strength

The crush strength of a stone is the amount of pressure it can withstand before breaking. This is measured in psi (pounds per square inch), with a higher psi meaning the stone can withstand higher pressure.Ìý

The amount of pressure a stone can withstand depends on the type of stone and where it is being used.Ìý

Granite, for example, has a higher crush strength than limestone, meaning that granite can withstand more pressure than limestone. This is why considering your stone’s crush strength is important for your project as, for example, using limestone on a pathway may be more susceptible to damage from foot traffic than granite would be.

Stones with the highest crush strengthÌý

So, which stone has the highest crushing strength?

• Gabbro: 9 psi – Gabbro is a dense but overlooked stone, that is typically used in pathways and walkways. It is not as aesthetically pleasing as some of the other stones, but it makes for a good, durable stone that is perfect for commercial building works. Ìý

• Granite: 6-7 psi – Granite is a dense stone and has a high level of resistance to heat, making it ideal for countertops, fireplaces, and outdoor fire pits. It is a more expensive stone, but it does make for a beautiful addition to your outdoor space. Ìý

• Limestone: 3-4 psi – Limestone is also commonly used for patios and pathways. It is a softer stone and is typically less expensive than granite. While it is naturally resistant to water, you’ll want to seal it to prevent staining. Ìý

• Slate: 3-4 psi – Slate is a soft stone and is used primarily for roofing and decorative projects. It is not ideal for walkways or patios, but it can make a great addition to your outdoor living space.

How to Crush StonesÌý

Want to know how to get a commercial quantity of stones crushed and sorted? Then you need to look into crusher screening. Crusher screening is a process that involves using a crusher to break down rocks into smaller pieces and is an integral part of the stone-crushing process.

It can be used to produce aggregate or other construction materials such as gravel, sand, and rocks for your projects. This process can be used to produce a variety of different products, depending on the size and type of rock being crushed.Ìý

The first step in the crusher screening process is to select the appropriate crusher. This will depend on the type of rock to be crushed, such as hard or soft stones, and the desired size of the resulting aggregate or product.Ìý

Generally, there are two types of crushers used for crushing stones:Ìý

• Jaw crushers work by squeezing the rocks between two plates. Find out more about Jaw Crushers here.Ìý

• Impact crushers use a hammer to break up the material.Ìý

Once the type of crusher has been selected, the next step is to determine the size of the crusher. The size of the crusher will depend on the size of the stones to be crushed and the desired output. Looking for the perfect size crusher for your project, contact us today.Ìý

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How Crusher Screening WorksÌý

Generally, crusher screens are used to further reduce the size of the stones. This is done by passing the stones through a series of screens with different sizes and shapes. The stones that are too large or too small will not pass through the screens and will be discarded.Ìý

The stones are fed into the crusher, this can be done manually or mechanically. If done manually, the stones must be placed into the crusher one by one. If done mechanically, the stones will be fed into the crusher using a feeder and conveyor belt. Once the stones have been fed into the crusher, it will then be turned on and the crushing process will begin.Ìý

The crushed stones will need to be screened again to ensure all of the desired sizes are delivered. This can be done by passing the stones through the same series of screens as before. Once the stones have been sorted and the desired sizes are present, the stones can then be used for aggregate, gravel, sand, and other products.Ìý

Crusher screening is an integral part of the stone-crushing process and is an important step that should not be overlooked.

We hope you have found this guide helpful, if you would like more information on crushed stones, aggregates or contract crusher screening, please see the resources below or contact us today.Ìý

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More Resources:Ìý

• What are Crushed Stones Used for?
  
• Crusher Machinery, What we use and how it works?
  
• 91±¬ÁÏ â€“ What Types of Sand are Used in Construction
• What are Aggregates?
  
• Jaw Crushers

The majority of people lack a thorough understanding of construction materials that work outside the trade. It’s easy to believe that only professionals have any knowledge of them and their uses.

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This is particularly true when it comes to stone, one of the most fundamental building elements. We can all recognise a stone when we see one, and we all know how significant stones are in building, but what precise roles do stones play in various construction projects?

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Here at Tynes Tees Crushing, we want you to feel empowered with a wealth of knowledge before handling one of our Crushers. In this blog post, we will go further into the various kinds of crushed stone, their production processes, and their fundamental uses.Ìý

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The stone-crushing process

Using a stone crusher in a quarry or other location with an abundance of huge rocks is the first step. Although there are many different kinds of crushers, all of them have the same primary purpose: to reduce bigger rocks to smaller fragments for use as construction material.

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Then, several screeners are used to sort and store the crushed stone into various heaps according to size. Larger stones are first eliminated during the screening process, followed by medium-sized stones, and finally stone dust.

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Because contractors need extremely precise kinds of crushed stone to finish various projects, screening is crucial. For instance, large stones should not be used in ready-mix concrete or stone dust should not be used in drainage systems.

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At Tynes Tees Crushing we believe that careful planning is required to satisfy customers because each contract may call for a variety of rocks, bricks, or other materials to be crushed and screened. Because selecting the incorrect equipment could prohibit the task from being finished or even started, we pay special attention to your demands and our clients’ requirements.Ìý

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To read more about our screening and crushing processes click here.Ìý

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The stone is finally prepared for shipment from the quarry after being divided into various piles according to size.Ìý

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Crushed Stone UsesÌý

• Used as a base or sub-base material in paving blocks and concrete for sidewalks, driveways, patios, homes, office buildings, and paved roadways, as well as during the production of cement.

• Asphalt and tarmac are created by mixing gravel with a binder and are commonly used as driveway extenders and fillers. Because of their angular designs, the stones used in the Macadam method of road construction must interlock in order for the road to be strong.

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• In walls for the construction of railroads and shorelines, a binding substance is occasionally utilised. Crushed stone, also known as rip rap or shot rock, is used in a variety of shoreline structures to prevent erosion from water or ice.Ìý

• Crushed stones can be placed on the ground as tracking pads on building sites and in landscaping around trees and drains. Temporary roads called tracking pads are used to stop construction-related silt from going on paved public roads or landscaping.

• Crushed stones can be used for self-contained sewage treatment systems and septic systems.

• Stones can also be used to cleanse acid water and other harmful pollutants like sulphur oxide and coal dust found in mines.

• Crushed stones can also be used to make agricultural lime, which is then used to treat soil to lessen acidity.

• Did you know that crushed stones can also be used as mineral and grit for feeding chickens? All varieties of poultry need a mineral diet for optimum digestion.

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We hope you found this information useful, if you or your company are looking into contract crushing and screening, give us a call today on – 01325 808760 or explore our website.