<rss version="2.0" xmlns:content="http://purl.org/rss/1.0/modules/content/" xmlns:dc="http://purl.org/dc/elements/1.1/"><channel><title>materialslink</title><description>materialslink</description><link>http://www.materialslink.com.au/blog</link><item><title>5 Essential Habits of Australia's Best Paid Tradies</title><description><![CDATA[You work hard. But are you getting paid for it? The highest paid tradies in Sydney earn around $30 an hour more than the average. That adds up to $60,000 a year. How do they do it? These are the five things we see the most. 1. Stop giving away your profits to suppliersThe biggest difference between successful tradies and unsuccessful tradies is that they keep more of what they earn for themselves. Like your concrete sales rep? Great. Like them enough to pay them $10,000 a year out of your own<img src="http://static.wixstatic.com/media/11cf7e_9a3a76baef134180bed8d63cd4e941c0%7Emv2.png/v1/fill/w_626%2Ch_409/11cf7e_9a3a76baef134180bed8d63cd4e941c0%7Emv2.png"/>]]></description><link>http://www.materialslink.com.au/single-post/Tools-of-best-paid-tradies</link><guid>http://www.materialslink.com.au/single-post/Tools-of-best-paid-tradies</guid><pubDate>Mon, 21 Aug 2017 05:30:24 +0000</pubDate><content:encoded><![CDATA[<div><div>You work hard. But are you getting paid for it? The highest paid tradies in Sydney earn around $30 an hour more than the average. That adds up to $60,000 a year. How do they do it? These are the five things we see the most. </div><div>1. Stop giving away your profits to suppliers</div><div>The biggest difference between successful tradies and unsuccessful tradies is that they keep more of what they earn for themselves. Like your concrete sales rep? Great. Like them enough to pay them $10,000 a year out of your own pocket? Didn't think so.</div><div>The price of 25MPa concrete varies by up to 35% across Sydney so make sure you check for the best price before ordering. <a href="http://www.materialslink.com.au/concrete-quote">MaterialsLink can get you quotes without the hassle of ringing around— give us a try.</a></div><div>Here's an example of a small 5m3 concrete job where the builder kept almost $250 for themselves rather than giving it to a supplier:</div><img src="http://static.wixstatic.com/media/11cf7e_9a3a76baef134180bed8d63cd4e941c0~mv2.png"/><div>2. Don't cut prices, engineer value</div><div>Customers will often ask for a discount and there's nothing wrong with that. The highest paid tradies won't just cut prices though, they'll say:</div><div>&quot;Sure we can make it cheaper for you, what should we take out?&quot;</div><div>This makes your customer assign value to what they're asking for rather than assuming you were overcharging them the first time around.</div><div>3. Make sure you're actually getting paid</div><div>Quoting a job at a healthy margin is great but it doesn't mean much if you're never actually paid! The best paid tradies minimise this risk by doing the following:</div><div>Have customers pay for materials up front (when you order with MaterialsLink, we make this as easy as sending your customer a text message)Agreeing task based payment benchmarks up front and invoicing on timeEnsuring previous invoices are paid before completing further work</div><div>4. Use your time efficiently</div><div>Every minute you spend on admin is a minute you're not earning or enjoying. There are so many great tools out there to help you <a href="https://www.oneflare.com.au/">win work</a>, <a href="https://tradifyhq.com/">manage jobs</a>, order materials and<a href="https://www.myob.com/au">arrange your finances</a>. Use them to your advantage— your competitors already are. </div><div>5. Provide great service</div><div>Sounds simple but this point is common to almost all of the best paid tradies. When customers are happy they'll pay you more, pay you faster and pay you again in the future (whether for their own use or through referrals). Oneflare reports that businesses with a profile rating of 90 or above win 50% more jobs. </div><div>So go the extra mile: 15 minutes with a broom might be worth thousands of dollars in future work.</div></div>]]></content:encoded></item><item><title>Market Update</title><description><![CDATA[We're introducing a new blog series here at MaterialsLink called Market Update. Our aim is to keep you informed of the latest developments in the industry. If you have any suggestions, let us know on info@materialslink.com.auTradie Price IndexAccording to serviceseeking, the average rate for trade labour has fallen by 8% over the last year. Things are worst if you're a builder with average per hour rates falling by a whopping 28%! As always, sparkies swum against the stream with average rates<img src="http://static.wixstatic.com/media/11cf7e_d062d62d7ebe4d7798f13dc66a6ab38d%7Emv2.png/v1/fill/w_626%2Ch_282/11cf7e_d062d62d7ebe4d7798f13dc66a6ab38d%7Emv2.png"/>]]></description><link>http://www.materialslink.com.au/single-post/2017/06/21/Market-Update</link><guid>http://www.materialslink.com.au/single-post/2017/06/21/Market-Update</guid><pubDate>Wed, 21 Jun 2017 07:19:54 +0000</pubDate><content:encoded><![CDATA[<div><div>We're introducing a new blog series here at MaterialsLink called Market Update. Our aim is to keep you informed of the latest developments in the industry. If you have any suggestions, let us know on info@materialslink.com.au</div><div>Tradie Price Index</div><div>According to serviceseeking, the average rate for trade labour has fallen by 8% over the last year. Things are worst if you're a builder with average per hour rates falling by a whopping 28%! As always, sparkies swum against the stream with average rates rising by 13%. See the full details below:</div><img src="http://static.wixstatic.com/media/11cf7e_d062d62d7ebe4d7798f13dc66a6ab38d~mv2.png"/><div>Materials Prices</div><div>While competition for rates has hotted up, suppliers haven't noticed, raising prices for concrete by an average of 4% and steel by an average of 3% over the same period according to the ABS. Despite this, MaterialsLink's in house data shows a price spread for 20MPa concrete of 37% in metropolitan Sydney so there are still some suppliers offering a good deal.</div><div>What's it all mean?</div><div>All this means that quality and referrals are more important than ever. It also means that if you're going to be competitive, you can't pay more for your materials and labour than everyone else! Use MaterialsLink's quote service to check whether you're getting a good deal.</div></div>]]></content:encoded></item><item><title>When Should I Order Concrete?</title><description><![CDATA[Here at MaterialsLink, we'll always go the extra mile to fulfil your order be it day or night. But while we have the largest network of concrete suppliers in Australia, there are only so many trucks and so many concrete plants out there. This means that sometimes customers who leave it late miss out. So, when's the best time to place an order? Well in this blog post, we explore just that.What's the right time of day for me to pour?While concrete can safely be poured anytime of day, greater<img src="http://static.wixstatic.com/media/11cf7e_bccc032d471348c3be666f73452cacb7%7Emv2.jpg"/>]]></description><link>http://www.materialslink.com.au/single-post/When-should-I-order-concrete</link><guid>http://www.materialslink.com.au/single-post/When-should-I-order-concrete</guid><pubDate>Fri, 10 Mar 2017 06:32:27 +0000</pubDate><content:encoded><![CDATA[<div><div>Here at MaterialsLink, we'll always go the extra mile to fulfil your order be it day or night. But while we have the largest network of concrete suppliers in Australia, there are only so many trucks and so many concrete plants out there. This means that sometimes customers who leave it late miss out. So, when's the best time to place an order? Well in this blog post, we explore just that.</div><div>What's the right time of day for me to pour?</div><div>While concrete can safely be poured anytime of day, greater precautionary measures are required when pouring in hot, windy and dry conditions to ensure the workability, structural integrity and strength of the concrete (we'll cover some tips for this in a future post).</div><div>Because of these factors, ideally, concrete should be poured in the early morning before temperatures rise, humidity drops and the wind picks up. Pouring in the early morning also allows those pouring large jobs to get going so that they have enough time to pour all the loads required and perform finishing work. </div><div>This means that the earlier time slots (from 6am-10am) are often very popular with builders and concreters and get booked up early.</div><div>So, when should I place an order for ready-mix concrete?</div><div>While we can normally get you booked in even on the same day you require the concrete, booking early means you're more likely to get the timeslot you want. Remember: if it's wet on the day you're booked in your can reschedule to another day free of charge.</div><div>If you want to pour first thing in the morning, we recommend you look to book in your job a week in advance which will usually guarantee you a 6am slot. All jobs for weekends should be scheduled at least a week in advance as this is a short day for suppliers (6am-midday) and there are a large number of DIY orders competing with trade customers.</div><div>Booking in early also ensures you can use the best value for money supplier rather than having to resort to a more expensive supplier who is available at the time you want.</div><div>Happy pouring!</div><div>MaterialsLink</div><img src="http://static.wixstatic.com/media/11cf7e_bccc032d471348c3be666f73452cacb7~mv2.jpg"/></div>]]></content:encoded></item><item><title>How Much Does Concrete Cost?</title><description><![CDATA[As a quote site, our speciality is finding the best prices you can buy concrete for (and plenty of other building materials too!). In this post, we wanted to share some numbers with you so you can get an idea about whether you're getting the best deal. Prices can vary depending on your job so it's always a good idea to get a quote:What goes into pricing?First off, concrete pricing can seem like a bit of a black art with suppliers quoting vastly different prices for the same product. These are<img src="http://static.wixstatic.com/media/11cf7e_a2539b6ee3ba4eff99e637a9772eb704%7Emv2.png/v1/fill/w_626%2Ch_409/11cf7e_a2539b6ee3ba4eff99e637a9772eb704%7Emv2.png"/>]]></description><link>http://www.materialslink.com.au/single-post/How-Much-Does-Concrete-Cost</link><guid>http://www.materialslink.com.au/single-post/How-Much-Does-Concrete-Cost</guid><pubDate>Thu, 09 Mar 2017 04:42:35 +0000</pubDate><content:encoded><![CDATA[<div><div>As a quote site, our speciality is finding the best prices you can buy concrete for (and plenty of other building materials too!). In this post, we wanted to share some numbers with you so you can get an idea about whether you're getting the best deal. Prices can vary depending on your job so it's always a good idea to get a quote:</div><iframe src="//static.usrfiles.com/html/d11eb4_2629d8edd425d74aeb312725e94c7b8a.html"/><div>What goes into pricing?</div><div>First off, concrete pricing can seem like a bit of a black art with suppliers quoting vastly different prices for the same product. These are the things that determine what a concrete supplier will charge you:</div><div>Distance from their concrete plantHow much concrete you're ordering—big suppliers like Boral have a fixed price structure for smaller jobs How much concrete you order a year—smaller customers get a worse dealWhat time of day you're pouring— early mornings are the busiest for suppliers, some will charge a discount if you pour in the afternoonHow far the concrete plant is from their cement and aggregate supplier—some plants are always more expensive because they have to haul cement a long distance</div><div>How much will I pay?</div><div>Typically you can expect to pay between $250 and $350 per cubic metre of concrete within Sydney and the West. This will be higher for loads under 4m3 as suppliers charge additional fees. To give you an idea of why it's important to compare the market, the following prices were collected over the phone* during 9 March 2016 for a cash on delivery customer pouring a 5m3 load of 25MPa, 20mm aggregate concrete in Alexandria NSW:</div><img src="http://static.wixstatic.com/media/11cf7e_a2539b6ee3ba4eff99e637a9772eb704~mv2.png"/><div>A big difference right? In fact, on 5m3, that's a $545 difference from top to bottom which represents a potential 30% saving if you chose MaterialsLink's Best Price over the highest price. Why is the MaterialsLink's price so much cheaper than the others? Because our scale allows us to source cheaper prices from these same suppliers and pass the benefit onto you.</div><div>So the next time you need to pour concrete, compare the market for free using MaterialsLink's Concrete Quick Quoteto make sure you're getting a good deal.</div><div>Other costs</div><div>If you're a homeowner, it's important to keep in mind labour costs in addition to the cost of the raw material itself. Concreters may charge a percentage of the materials or a per hour rate when determining their labour cost. On average, this rate works out to be between $60 and $80 per hour. </div><div>If you're looking for special features such as exposed aggregates or colour mixes, these will incur additional costs depending on your specific requirements. MaterialsLink is again able to get you quotes for these specialist products by using our platform.</div><div>If you're using a concrete pump, these companies generally charge between $550 and $700 per pour. While this sounds expensive, it can save on labour time and excess wait times as well as avoid damage to property from heavy concrete trucks driving across them.</div><div>Summary</div><div>It pays to shop around! Let MaterialsLink do the hard work for you by using our website or calling us directly on 1300 616 131.</div><div>*MaterialsLink's price was sourced from our platform. Hanson's price was sourced from its website.</div></div>]]></content:encoded></item><item><title>The Tradie's Guide to Getting Paid On Time</title><description><![CDATA[There's nothing worse than putting in the hard yards on a job only for the customer not to pay you on time, or at all. So what can you do to get paid faster with less hassle?1. Know your customerIf you are sub-contracting to another business, check that the business isn't insolvent for free using the ASIC website (https://insolvencynotices.asic.gov.au/). Also consider purchasing a credit report using a service such as http://www.veda.com.au/swiftcheck/ (costs around $20).If you are dealing with<img src="http://static.wixstatic.com/media/a94034c1ea2a436da066828d0ac997e9.jpg/v1/fill/w_470%2Ch_313/a94034c1ea2a436da066828d0ac997e9.jpg"/>]]></description><link>http://www.materialslink.com.au/single-post/2017/02/13/The-Tradies-Guide-to-Getting-Paid-On-Time</link><guid>http://www.materialslink.com.au/single-post/2017/02/13/The-Tradies-Guide-to-Getting-Paid-On-Time</guid><pubDate>Mon, 13 Feb 2017 07:41:15 +0000</pubDate><content:encoded><![CDATA[<div><div>There's nothing worse than putting in the hard yards on a job only for the customer not to pay you on time, or at all. So what can you do to get paid faster with less hassle?</div><img src="http://static.wixstatic.com/media/a94034c1ea2a436da066828d0ac997e9.jpg"/><div>1. Know your customer</div><div>If you are sub-contracting to another business, check that the business isn't insolvent for free using the ASIC website (https://insolvencynotices.asic.gov.au/). Also consider purchasing a credit report using a service such as http://www.veda.com.au/swiftcheck/ (costs around $20).</div><div>If you are dealing with an individual you can also consider running a credit check using similar services.</div><div>Pay attention to how the customer found you. Were they referred by someone you know who has worked extensively with them before? Or have they walked off the street because no one else will work with them due to their poor credit or work quality?</div><div>2.Get your work and credit terms documented and agreed to</div><div>Consider having a formal credit application that your customer signs. This shows professionalism and leaves your customer with less room to hide if payments become disputed. The application should have a credit limit that you set to manage your risk profile.</div><div>All work you perform should be invoiced as soon as possible, preferably on the day and then signed for by the customer before you leave site to avoid disputes.</div><div>3. Ask for a deposit</div><div>A lot of customers will push back against paying upfront for work by tradies and builders. Nonetheless it's worth asking for a 50% deposit. This leaves both sides incentivised to finish the job.</div><div>4. Have your customer pay for the building materials up front</div><div>A lot of customers won't pay a deposit and asking for one can be hard early on in the relationship.</div><div>Many of MaterialsLink's customers have found that asking customers to pay for materials up front is a better solution. This is easier to ask for because the money isn't going to you— the customer pays large building materials suppliers directly through MaterialsLink's online payment gateway for a product they then see on site.</div><div>This ensures that, in a worst case scenario, you're not left having to pay for thousands of dollars worth of materials in addition to your lost time. </div><div>5. Don't incur new debt until old debt is paid for</div><div>One of the most common issues tradies run into is continuing to work for a customer while still chasing old debts. Unscrupulous suppliers exploit this tendency to get even more work without any intention of paying for it (or at least paying in full or on time). The most valuable leverage you have is stopping work until an account is settled. </div><div>6. Follow up on time every time</div><div>Two days after a customer fails to pay an invoice, call them and follow it up (the funds may be clearing on the first day!). Where they indicate they can't pay it all today, ask for a partial payment immediately (preferably more than half) with the rest to follow at agreed upon intervals. </div></div>]]></content:encoded></item><item><title>Building in the rain</title><description><![CDATA[From 40 degree days to thunderstorms (not to mention sinkholes), Sydney's weather has been a wild ride since the start of 2017.So what does this mean for construction? While we're sure you don't mind getting wet, the materials you use don't respond as well. In fact, pushing ahead in the rain can lead to permanent structural issues in a build. High wind and electrical storms can also be dangerous.Below are a few things to keep in mind concerning how your materials respond to the wet. Got any<img src="http://static.wixstatic.com/media/11cf7e_eb04749e88b547b4b24fddd5ef4f4076%7Emv2.jpg/v1/fill/w_620%2Ch_348/11cf7e_eb04749e88b547b4b24fddd5ef4f4076%7Emv2.jpg"/>]]></description><link>http://www.materialslink.com.au/single-post/2017/02/08/Building-in-the-rain</link><guid>http://www.materialslink.com.au/single-post/2017/02/08/Building-in-the-rain</guid><pubDate>Wed, 08 Feb 2017 02:18:06 +0000</pubDate><content:encoded><![CDATA[<div><div>From 40 degree days to thunderstorms (not to mention sinkholes), Sydney's weather has been a wild ride since the start of 2017.</div><img src="http://static.wixstatic.com/media/11cf7e_eb04749e88b547b4b24fddd5ef4f4076~mv2.jpg"/><div>So what does this mean for construction? While we're sure you don't mind getting wet, the materials you use don't respond as well. In fact, pushing ahead in the rain can lead to permanent structural issues in a build. High wind and electrical storms can also be dangerous.</div><div>Below are a few things to keep in mind concerning how your materials respond to the wet. Got any further tips? Let us know in the comments below.</div><div>Concrete</div><div>The strength of concrete is inherently linked to its water content. When a supplier loads up a mix, they've precisely calculated the quantities of cement, water, sand and aggregate required to achieve the strength, workability and drying properties you need.</div><div>If it's raining, pouring a house slab or other exposed surface can lead to a weak surface that may crack or dust down the track. It may also fail to support structures built on top of it.</div><div>Timber</div><div>Timber will usually dry out after a few days if it is exposed to rain meaning that an exposed frame usually doesn't represent a significant issue in the rain. Covering a timber frame before it's dry can however create problems. Adding insulation, plasterboard or roofing to wet timber may see the timber decay, warp or splinter. So if you're using timber, make sure it's dry before carrying on with your build. Don't forget to watch out for high winds when working with timber also.</div><div>Soil, sand and aggregates</div><div>Landscaping in the rain isn't advisable. Heavy rain will turn your site into a sludge-filled mess that is likely to kill young plants and wash away sand, soil and aggregates if their placement hasn't been finalised. </div><div>Plasterboard</div><div>Plasterboard is made with a paper lining and is therefore highly susceptible to damage with even slight exposure to rain. If you're transporting plasterboard across a site on a rainy day, make sure it's adequately covered to avoid the need for expensive replacement materials. </div><div>Good practice in the wet</div><div>Avoid running into regulatory issues and angry neighbours by ensuring your site is equipped to cope with rain. Run off of building materials (particularly gravel, sand and concrete) can be prevented by using sand bags, filter socks and straw. </div><div>Got some time to kill in the wet?</div><div>Don't waste it ringing around for quotes, use MaterialsLink's online quote app to source everything you need for your upcoming jobs and then take advantage of the day off!</div></div>]]></content:encoded></item><item><title>Damp-Proofing Concrete And Watertightness</title><description><![CDATA[To ensure the concrete is workable on site, most concrete contains more water than is required to simply hydrate the cement. As this concrete sets and hardens, this excess water leaves the concrete and creates a network of fine cracks and internal pores which act almost like a sponge. How then, do you get a mix that ensures water won't leak into or through your concrete structure?First things first: because concrete is an inherently porous material it can never be 100% waterproof. Instead, the<img src="http://static.wixstatic.com/media/11cf7e_e70ad88f45654c269edb7d3bec848448%7Emv2.jpg"/>]]></description><link>http://www.materialslink.com.au/single-post/2016/09/23/Damp-Proofing-Concrete-And-Watertightness</link><guid>http://www.materialslink.com.au/single-post/2016/09/23/Damp-Proofing-Concrete-And-Watertightness</guid><pubDate>Fri, 23 Sep 2016 07:05:23 +0000</pubDate><content:encoded><![CDATA[<div><img src="http://static.wixstatic.com/media/11cf7e_e70ad88f45654c269edb7d3bec848448~mv2.jpg"/><div>To ensure the concrete is workable on site, most concrete contains more water than is required to simply hydrate the cement. As this concrete sets and hardens, this excess water leaves the concrete and creates a network of fine cracks and internal pores which act almost like a sponge. How then, do you get a mix that ensures water won't leak into or through your concrete structure?</div><div>First things first: because concrete is an inherently porous material it can never be 100% waterproof. Instead, the technical term used to describe a resistance to water permeability is &quot;watertight&quot;. </div><div>To achieve the level of watertightness for a given application, the following factors need to be considered:</div><div>Appropriate material selection and suitable concrete mix designAdequate structural designHigh quality construction</div><div>Getting the right mix</div><div>Achieving a suitable mix for your job requires balancing the needs for durability and workability with the requirement that the mix is watertight. To achieve a watertight mix, the following is recommended:</div><div>Using admixtures (including super-plasticisers) to reduce the amount of water required to achieve a required slump/workability (see AS 1478.1) or to reduce permeability (AS 1478.17)Minimal water-binder (water-cement) ratio while ensuring compaction, workability and hydration remain adequateUsing materials in the mix which limit shrinkage strain (while ensuring adequate structural integrity)Using environmentally appropriate mixes taking into account temperature, humidity etc. to ensure cracking does not occur</div><div>Some notes on Admixtures</div><div>There is no admixture currently available that will make concrete fully waterproof according to AS 1478.1 Appendix F. There are however a number of permeability reducing admixtures available on the market including:</div><div>Inert pore fillersChemically-reactive pore fillersWater-repelling substancesWater-reducing and air-entraining substancesSpecial purpose admixtures</div><div>No admixture will achieve improved performance alone and they need to be combined with:</div><div>Effective structural designQuality concrete mix designLow water-cement ratiosGood compaction using an immersion vibratorAdequate curing practicesHigh quality construction</div><div>Construction techniques and design</div><div>We'll be putting together another article on good concrete practice on building sites however a few key pointers to keep in mind when it comes to ensuring watertightness:</div><div><div>Adequate compaction is critical: compact concrete in shallow layers using an immersion vibrator to eliminate voids or honeycombing. Avoid excessive localised vibration as this may lead to bleeding</div><div>Correctly specified reinforcing will minimise cracking: cracking is a major source of water permeability in many instances</div><div>Use suitable formwork: formwork should have a smooth finish; tight, waterproof joints; taped joints where modular formwork is used; use surface-release agents which will allow air-bubbles released during compaction to free the mixture</div><div>Construction joints should be planned for positions where their weakness won't have an adverse structural effect: the joint surface should also be sand-blasted or water-blasted to remove laitance and expose coarse aggregate (with loose material washed away)</div><div>Adequate curing for at least 7 days (or as specified in the appropriate Australian Standard): make sure curing compounds used and techniques applied are appropriate for the conditions and design requirements</div></div><div>Post-construction treatments</div><div>Beyond the above methods, many finished surfaces are treated with sealants or membranes to improve watertightness. Common treatments include:</div><div>1. Waterproofing membranes</div><div>Cement-based render with or without chemical admixtures may enhance the water-repelling properties and/or reduce permeability Resin-based render Continuous vapour-proof membranes</div><div>2. Crystalline Sealers</div><div>Materials that fill the pores in concrete with crystals </div><div>3. Surface coatings</div><div>Relatively thick surface films can be applied to concrete using polymer binders coupled with pigments and fillers. Coatings vary in their UV resistance, water resistance, flexibility and carbon dioxide resistance</div><div>4. Joint waterproofing</div><div>Sealing joints can prevent degradation of your concrete's watertight properties. There are a variety of methods available include silicones, PVC, urethanes and metal strips. </div><div>Further information</div><div><a href="https://www.concreteinstitute.com.au/getattachment/Resource-Centre/CIA-Library/Current-Practice-Notes/CPN-28---Watertight-Concrete-Structures/Watertight-Concrete-Structures.pdf.aspx">Concrete Institute of Australia Practice Note</a></div><div>Australian Standards</div><div>Note:Watertighting concrete can be complicated. MaterialsLink advises that you speak to a technical expert if you are uncertain about the right way to achieve what you need for your job. Our suppliers can provide detailed information on specialist concrete mixes if you need it: get in touch with us for assistance.</div></div>]]></content:encoded></item><item><title>Preventing Concrete Cancer Using Galvanised Reinforcing</title><description><![CDATA[Standard reinforcing steel is generally not treated to withstand atmospheric weather conditions. Why? Because the steel is protected from corrosion by being immersed in concrete which is highly alkaline.However there are some situations where the anti-corrosive protection offered by concrete may be compromised leading to rusting and corrosion (otherwise known as concrete cancer) and in these situations, using galvanised reinforcing can prevent the structural degradation of the concrete, reducing<img src="http://static.wixstatic.com/media/11cf7e_c7eafe540add4f3fa1b42347d285b2ca%7Emv2.jpg/v1/fill/w_626%2Ch_415/11cf7e_c7eafe540add4f3fa1b42347d285b2ca%7Emv2.jpg"/>]]></description><link>http://www.materialslink.com.au/single-post/2016/09/15/Preventing-Concrete-Cancer-Using-Galvanised-Reinforcing</link><guid>http://www.materialslink.com.au/single-post/2016/09/15/Preventing-Concrete-Cancer-Using-Galvanised-Reinforcing</guid><pubDate>Thu, 15 Sep 2016 06:37:11 +0000</pubDate><content:encoded><![CDATA[<div><img src="http://static.wixstatic.com/media/11cf7e_c7eafe540add4f3fa1b42347d285b2ca~mv2.jpg"/><div>Standard reinforcing steel is generally not treated to withstand atmospheric weather conditions. Why? Because the steel is protected from corrosion by being immersed in concrete which is highly alkaline.</div><div>However there are some situations where the anti-corrosive protection offered by concrete may be compromised leading to rusting and corrosion (otherwise known as concrete cancer) and in these situations, using galvanised reinforcing can prevent the structural degradation of the concrete, reducing the need for repairs.</div><div>What is galvanisation?</div><div>Steel is galvanised by adding a layer of zinc to the surface using hot-dipping. The protective zinc layer provides resistance to the surrounding environment preventing corrosive elements such as water, chloride ions, oxygen and carbon dioxide from reaching the steel.</div><div>When should you use galvanised reinforcing?</div><div>Galvanised reinforcing steel is significantly more expensive than standard reinforcing (in the Australian market, typically 50%-75% more expensive for the equivalent weight). While these costs can be significantly lower as a proportion of overall reinforced concrete costs for a number of reasons discussed below, galvanisation is generally not used unless there are specific environmental or situational factors warranting enhanced protection. </div><div>The key to economically using galvanised reinforcing is therefore to consider cost on a life-cycle basis: how much will the building owner save over the life of the structure if they don't need to perform repairs as frequently.</div><div>Galvanisation is recommended for:</div><div>Critical or high-risk construction areas and componentsHigh corrosion environments such as marine and coastal environmentsBuried structures which may be subject to corrosive ground water or fluctuating water tables. This can occur even in inland Australia where chlorides and sulphates may migrate from the soil during wet periodsHot and humid environmentsEnvironments where the structure will be exposed to aggressive salts, gases or electric currents</div><div>Other situations where galvanised reinforcing may be beneficial include where you are looking to achieve the following:</div><div>Longer service life of the concreteProtecting steel prior to its embedding in concrete in corrosive environments Aesthetic enhancement where concrete is to be exposed through reduced rust staining</div><div>Do I need to use galvanised reinforcing in the entirety of my build?</div><div>Generally, no. The Concrete Institute of Australia advises using galvanised reinforcing only in exposed surfaces and critical structural elements to reduce costs in most buildings.</div><div>In particular they recommend galvanised reinforcing be used in:</div><div>Thin precast cladding elements;Buildings with extended design life;Surface-exposed beams and columns;Window and door surrounds;Prefabricated units and modular construction;External facades of buildings near the sea coast; andStructures in coastal and marine environments</div><div>Other considerations</div><div>A few other important things to keep in mind when it comes to concrete cancer and reinforcing:</div><div>Galvanised steel isn't a substitute for making sure you have adequate concrete coverage and appropriate concrete quality for your application (particularly suitable permeability)Galvanising must be specified in accordance with the Galvanisers Association of Australia Standard Specification and AS/NZS 4680Mixing galvanised and black steel reinforcing can lead to reduced performance and should be avoidedCheck that cutting and bending of your galvanised reinforcing hasn't damaged it and repair it or request your reinforcing provider replace it</div><div>More information</div><div> or <a href="https://www.concreteinstitute.com.au/getattachment/Resource-Centre/CIA-Library/Current-Practice-Notes/CPN-17---The-Use-of-Galvanised-Reinforcement-in-Co/The-Use-of-Galvanised-Reinforcement-in-Concrete.pdf.aspx">read up</a> on the technical stuff.</div></div>]]></content:encoded></item><item><title>Tender for $5m Parramatta Office Refurb Opens</title><description><![CDATA[The 13 storey commercial office block at 10 Valentine Street Parramatta is receiving a full refurbishment conducted by Built and Sense Projects.Tender detailsThe relevant contacts are:BuiltBen Camilleri ph 02 8332 4111 fax 02 8332 4199 Bencamilleri@built.com.auSense ProjectsBrett Eichhorn ph 02 9262 2666 fax 02 9262 2766 brett@senseprojects.com.au What's neededTendering for this job? Get a quote for your materials from MaterialsLink before you submit your interest and make sure you're<img src="http://static.wixstatic.com/media/46fc562173808207be6ac4afb3681d72.jpg"/>]]></description><link>http://www.materialslink.com.au/single-post/2016/09/14/Tender-for-5m-Parramatta-Office-Refurb-Opens</link><guid>http://www.materialslink.com.au/single-post/2016/09/14/Tender-for-5m-Parramatta-Office-Refurb-Opens</guid><pubDate>Wed, 14 Sep 2016 07:27:56 +0000</pubDate><content:encoded><![CDATA[<div><img src="http://static.wixstatic.com/media/46fc562173808207be6ac4afb3681d72.jpg"/><div>The 13 storey commercial office block at 10 Valentine Street Parramatta is receiving a full refurbishment conducted by Built and Sense Projects.</div><div>Tender details</div><div>The relevant contacts are:</div><div>Built</div><div>Ben Camilleri ph 02 8332 4111 fax 02 8332 4199  Bencamilleri@built.com.au</div><div>Sense Projects</div><div>Brett Eichhorn ph 02 9262 2666 fax 02 9262 2766  brett@senseprojects.com.au </div><div>What's needed</div><iframe src="http://static.usrfiles.com/html/d11eb4_08a125fa080a003449902a79182c50d6.html"/><div>Tendering for this job? Get a quote for your materials from MaterialsLink before you submit your interest and make sure you're competitive.</div></div>]]></content:encoded></item><item><title>Using Reinforcing Fibres in Concrete</title><description><![CDATA[Concrete is usually reinforced using steel to prevent it from cracking and deforming under tensile strain. Reinforcing steel is effective at preventing large cracks from occurring in concrete however it is less effective at preventing micro-cracks. In situations where these micro-cracks need to be prevented, adding fibrous materials such as steel or micro-synthetic fibres in addition to reinforcing steel can improve concrete performance.What properties can fibres effect? Toughness Impact<img src="http://static.wixstatic.com/media/535f0c53e04e497d876d49403588cae2.jpg/v1/fill/w_626%2Ch_417/535f0c53e04e497d876d49403588cae2.jpg"/>]]></description><link>http://www.materialslink.com.au/single-post/2016/09/06/Using-Reinforcing-Fibres-in-Concrete</link><guid>http://www.materialslink.com.au/single-post/2016/09/06/Using-Reinforcing-Fibres-in-Concrete</guid><pubDate>Tue, 06 Sep 2016 05:56:50 +0000</pubDate><content:encoded><![CDATA[<div><img src="http://static.wixstatic.com/media/535f0c53e04e497d876d49403588cae2.jpg"/><div>Concrete is usually reinforced using steel to prevent it from cracking and deforming under tensile strain. Reinforcing steel is effective at preventing large cracks from occurring in concrete however it is less effective at preventing micro-cracks. In situations where these micro-cracks need to be prevented, adding fibrous materials such as steel or micro-synthetic fibres in addition to reinforcing steel can improve concrete performance.</div><div>What properties can fibres effect?</div><div>ToughnessImpact resistance Resistance to shrinkage crackingResistance to localised damage Resistance to shear and torsion Fatigue resistanceSpalling resistance when exposed to severe heat</div><div>Fibres are not a replacement to traditional reinforcing steel but, when used in addition to it, can increase the use cases for your concrete.</div><div>Picking the right fibre for the job</div><div>Different fibres achieve different results and it's important to pick a fibre that will achieve what you want it to. While Australian Standards don't provide for specific use cases for fibre in concrete, the Concrete Institute of Australia advises the following:</div><div>Steel Fibre Reinforcement: best used in flat slabs-on-grade subject to high loads and impact; shotcrete applications; tunnelling; slope stabilisationMicro-Synthetic Fibre Reinforcement: slabs-on-grade, floor slabs and stay-in-placeforms in multi-storey buildingsMacro-Synthetic Fibre Reinforcement: situations which require high energy absorption post a crack occuring (require relatively large crack widths to be most effective)Glass Fibre Reinforcement: used extensively in architectural cladding panels due to its light weight, affordability and ease of use</div><div>Want more information? Submit a quote request and we'll guide you through the process, including getting you specialised technical advice if you need it.</div><div>Other references:</div><div>https://www.concreteinstitute.com.au/getattachment/Resource-Centre/CIA-Library/Current-Practice-Notes/CPN-35---Fibres-in-Concrete/Fibres-in-Concrete.pdf.aspx</div></div>]]></content:encoded></item><item><title>Tender for $15m Glebe Project Announced</title><description><![CDATA[Novati Constructions and Midson Construction have opened the tender for the demolition of the existing structure at 4-8 Bridge Road Glebe and its replacement with a 6 level, 36 residential apartment building. A large number of trades are invited to tender including sub-contractors in the following areas: Aluminium Windows Stainless Steel Solid Plaster / Render Tiling Metalwork Timber Flooring Painting Plasterboard Roller Doors Linemarking Doors & Frames Roofing Sanitary Hardware Glazed<img src="http://static.wixstatic.com/media/11cf7e_ad72d291a13b40019423d47ed0f39586%7Emv2.png"/>]]></description><link>http://www.materialslink.com.au/single-post/2016/09/06/Tender-for-15m-Glebe-Project-Announced</link><guid>http://www.materialslink.com.au/single-post/2016/09/06/Tender-for-15m-Glebe-Project-Announced</guid><pubDate>Tue, 06 Sep 2016 05:22:58 +0000</pubDate><content:encoded><![CDATA[<div><img src="http://static.wixstatic.com/media/11cf7e_ad72d291a13b40019423d47ed0f39586~mv2.png"/><div>Novati Constructions and Midson Construction have opened the tender for the demolition of the existing structure at 4-8 Bridge Road Glebe and its replacement with a 6 level, 36 residential apartment building. </div><div>A large number of trades are invited to tender including sub-contractors in the following areas:</div><div>Aluminium WindowsStainless SteelSolid Plaster / RenderTilingMetalworkTimber FlooringPaintingPlasterboardRoller DoorsLinemarkingDoors &amp; FramesRoofingSanitary HardwareGlazed BalustradesInsulationStairsHardwareTactile IndicatorsCeilingsJoineryBalustradingBricklayers &amp; Blocklayer...ConcreteReinforcementLight Steel Framing Reinforcement SupplyFormworkStructural Steel</div><div>Tenders are due by 16 September and you can contact the procurement teams on the details below or via EstimateOne:</div><div>Midson Construction (NSW) ph 02 9672 6299 fax 02 9672 6066Dale Wellington dwellington@midsonconstruction.com.au20 Sep</div><div>Novati Constructions ph 02 8436 9000 fax 02 8436 9001Anthony Ambesi aambesi@novati.com.au16 Sep</div><div>Tendering for this job? Get a quote for your materials from MaterialsLink before you submit your interest and make sure you're competitive.</div></div>]]></content:encoded></item><item><title>Newcastle Light Rail Expressions Of Interest Now Open</title><description><![CDATA[Downer was awarded Managing Contractor for the Newcastle Light Rail earlier in August and has opened expressions of interest for local businesses looking to work on the project. The project is worth $142m in the 2017 financial year according to state budget papers and major construction will commence in early 2017.Project overview video:Key areas where Downer is seeking sub-contractors are: Track construction Surveying Traffic management Traction power supply Services relocation Electrical<img src="http://img.youtube.com/vi/ikhPck66jEM/mqdefault.jpg"/>]]></description><link>http://www.materialslink.com.au/single-post/2016/09/01/Newcastle-Light-Rail-Expressions-Of-Interest-Now-Open</link><guid>http://www.materialslink.com.au/single-post/2016/09/01/Newcastle-Light-Rail-Expressions-Of-Interest-Now-Open</guid><pubDate>Thu, 01 Sep 2016 04:23:30 +0000</pubDate><content:encoded><![CDATA[<div><div>Downer was awarded Managing Contractor for the Newcastle Light Rail earlier in August and has opened expressions of interest for local businesses looking to work on the project. The project is worth $142m in the 2017 financial year according to state budget papers and major construction will commence in early 2017.</div><div>Project overview video:</div><iframe src="https://www.youtube.com/embed/ikhPck66jEM"/><div>Key areas where Downer is seeking sub-contractors are:</div><div>Track constructionSurveyingTraffic managementTraction power supplyServices relocationElectrical installationUrban designLandscapingDepot and stationsCivil and road work</div><div>Interested sub-contractors should register their interest on the Downer website: http://www.downergroup.com/Contact-us/For-suppliers/Supplier-registration.aspx</div><div>Want to be competitive when tendering? <a href="http://www.materialslink.com.au/quote">Get a quote</a> for your materials from MaterialsLink before you submit your interest.</div></div>]]></content:encoded></item><item><title>Using Fly Ash In Concrete</title><description><![CDATA[Ready-mix concrete provides a high degree of versatility in construction however there are instances where the standard portland cement mixes alone may not yield optimal performance.Fly ash is sometimes used as a partial cement replacement in situations where higher than usual durability or strength or lower than usual permeability is required. It works by reducing the amount of water required for a specified workability which in turn leads to increased strength, reduced permeability and reduced<img src="http://static.wixstatic.com/media/11cf7e_3f7a50429cb64126a8aeb879d731794c%7Emv2.jpg/v1/fill/w_320%2Ch_240/11cf7e_3f7a50429cb64126a8aeb879d731794c%7Emv2.jpg"/>]]></description><link>http://www.materialslink.com.au/single-post/2016/09/01/Using-Fly-Ash-In-Concrete</link><guid>http://www.materialslink.com.au/single-post/2016/09/01/Using-Fly-Ash-In-Concrete</guid><pubDate>Thu, 01 Sep 2016 04:03:20 +0000</pubDate><content:encoded><![CDATA[<div><img src="http://static.wixstatic.com/media/11cf7e_3f7a50429cb64126a8aeb879d731794c~mv2.jpg"/><div>Ready-mix concrete provides a high degree of versatility in construction however there are instances where the standard portland cement mixes alone may not yield optimal performance.</div><div>Fly ash is sometimes used as a partial cement replacement in situations where higher than usual durability or strength or lower than usual permeability is required. It works by reducing the amount of water required for a specified workability which in turn leads to increased strength, reduced permeability and reduced drying shrinkage. </div><div>What is fly ash?</div><div>Fly ash is fine powder that is produced in coal fired power stations as part of the combustion process. Fly ash is made up of different chemical compounds depending on the type of coal used and where in Australia the fly ash is sourced from but generally it is greater than 50% silicone dioxide. </div><div>High quality fly ash has a low carbon content which means that it requires less water to create a bonding effect than standard cement. This means that fly ash mixtures require less water than standard mixes which is the key property that leads to their enhanced strength and durability. The carbon content in fly ash is related to the result of the loss on ignition test with use cases specified in AS 3583.3.</div><div>When should I use a fly ash mix?</div><div>Fly ash can yield the following benefits when used in concrete:</div><div>Reduced water requirement for set workabilityIncreased set strength in later ageImprovement in pumpability/workabilityIncreased resistance to various concrete degradation issues including alkali silica reaction; chloride ion penetration (a cause of concrete cancer); sulphate attack; acid attackDecreased permeabilityReduced creep and drying shrinkageImproved definition of off-form finishes</div><div>Some issues with using fly ash concrete</div><div>When using fly ash mixes, the following limitations need to be kept in mind:</div><div>Pre-7 day strengths will be lower than standard mixesSetting times will be longer than standard mixes in cold environmentsA higher level/dosage of air-entrainment agent will be needed Carbon particles may float out</div><div>Australian Standards to keep in mind when using fly ash</div><div>1. Fly ash</div><div>The following standards set out requirements for the use of fly ash in Australia:</div><div>AS 3582.1–1998 (amended January, 1999) Supplementary cementitious materials for use with portland and blended cement - Fly ashAS 1379–1997 (amended January 2000) Specification and supply of concrete</div><div>In particular, AS 3582.1 specifies the required properties for the three grades of fly ash which should be kept in mind when ordering your concrete mix:</div><iframe src="http://static.usrfiles.com/html/d11eb4_103f130d2709ff573e514090b25b6a67.html"/><div>Note: this information is for reference only and was extracted from the Concrete Institute of Australia Current Practice Note on fly ash. Please insure it is up to date with current standards at the time you use a fly ash product. The data contained here is an excerpt, you should consult the full standard before relying on any information contained here. </div><div>AS 3582.1 also recommends methods of demonstrating that you used to ensure compliance with the standard including sampling and the use of a suitable test certificate for reporting</div><div>test results. </div><div>2. Curing</div><div>All concrete needs to be cured to develop its potential strength and durability. Failure to allow for adequate curing will adversely affect the performance of your concrete.</div><div>Australian Standard AS3600 requires that:</div><div>Exposure classifications A1 or A2 must be continuously cured for at least three days, or, if cured by accelerated methods, cured until the average compressive strength of the concrete is at least 15MPaThe following exposure classifications must be cured for at least 7 days or where cured by accelerated methods, cured until the average compressive strength of the concrete is at least 20 MPa (exposure classification B1); 25 MPa (exposure classification B2); 32 MPa (exposure classification C); 40 MPa (65 MPa concrete)In addition, for special class concrete, the minimum cement content and the cement type shall be specified</div><div>3. Formwork stripping</div><div>AS3600 specifies the following stripping times for concrete based formwork:</div><iframe src="http://static.usrfiles.com/html/d11eb4_98e96688241a15217fb830bc70afe985.html"/><div>[a] Reinforced slabs continuous over supports.</div><div>[b] Slabs and beams not supporting structures above.</div><div>Note: this information is for reference only and was extracted from the Concrete Institute of Australia Current Practice Note on fly ash. Please insure it is up to date with current standards at the time you use a fly ash product. The data contained here is an excerpt, you should consult the full standard before relying on any information contained here. </div><div>This information should be read in conjunction with the respective conditions of clauses 19.6.2.4 and 19.6.2.5 of AS 3600. Clauses 19.6.2.7 and 19.6.2.8 should be read for “Stripping of forms and removal of supports from soffits of prestressed slabs and beams” and “Control tests” respectively.</div><div>Need more information?</div><div>Further information can be found here: </div><div>http://www.concreteinstitute.com.au/getattachment/Resource-Centre/CIA-Library/Current-Practice-Notes/CPN-25---Fly-Ash-and-its-Use-in-Concrete/Fly-Ash-and-its-Use-in-Concrete.pdf.aspxAustralian Standard AS3600-2009 Concrete structures</div><div>Alternatively, <a href="http://www.materialslink.com.au/quote">submit a quote</a> specifying details of your project and we'll arrange for suppliers to contact you to discuss the suitability of using fly ash in your project.</div></div>]]></content:encoded></item><item><title>Rusty Rebar—Is It A Problem?</title><description><![CDATA[Reinforcing bar and mesh often arrives on site with some rust on it. This is quite normal: hot-rolled bars and coil have a layer of what's called mill-scale on the surface when they leave the mill. This mill-scale provides a protective layer in the right conditions but if stored externally or if the steel has been handled, this mill-scale may be disturbed leading to light rusting. Generally speaking, rust on your reinforcing steel isn't a problem where it's formed by fresh water and research has<img src="http://static.wixstatic.com/media/11cf7e_df915dca037342d3bb8a9432368d4946%7Emv2.jpg"/>]]></description><link>http://www.materialslink.com.au/single-post/2016/08/31/Rusty-Rebar%E2%80%94Is-It-A-Problem</link><guid>http://www.materialslink.com.au/single-post/2016/08/31/Rusty-Rebar%E2%80%94Is-It-A-Problem</guid><pubDate>Wed, 31 Aug 2016 07:46:26 +0000</pubDate><content:encoded><![CDATA[<div><img src="http://static.wixstatic.com/media/11cf7e_df915dca037342d3bb8a9432368d4946~mv2.jpg"/><div>Reinforcing bar and mesh often arrives on site with some rust on it. This is quite normal: hot-rolled bars and coil have a layer of what's called mill-scale on the surface when they leave the mill. This mill-scale provides a protective layer in the right conditions but if stored externally or if the steel has been handled, this mill-scale may be disturbed leading to light rusting. </div><div>Generally speaking, rust on your reinforcing steel isn't a problem where it's formed by fresh water and research has demonstrated that a light coating of rust may actually help to increase the bond with concrete. The Australian Standard makes this clear:</div><div>AS 3600, Clause 19.2.4 states: “At the time concrete is placed, the surface condition of reinforcement shall be such as not to impair its bond to the concrete or its performance in the member. The presence of millscale or surface rust shall not be cause for rejection of reinforcement under this Clause.”</div><div>When rust might be a problem</div><div>There are a few instances where rusting of reinforcing steel may create structural or aesthetic issues:</div><div><div>Rain may wash rust off reinforcing steel laid in formwork such that it stains visible concrete. In this instance, the SRIA recommends removing loose rusted material prior to pouring your concrete or for more significant applications, using galvanised steel</div><div>Salt water can cause a more serious corrosion issue that may render the rebar or mesh structurally unsuitable. Where you have reinforcing steel that's been subjected to salt water and has visible rust it is important to treat it by using high-pressure washing to remove salt and loose corrosion and in severe cases the steel may need to be replaced. If in doubt, conduct strength and cross-sectional area limitation tests. </div></div><div>Want more information? See the SRIA Technical Note on rusting: http://www.sria.com.au/_literature_93680/Technical_Note_1</div></div>]]></content:encoded></item><item><title>Need Help Ordering Concrete?</title><description><![CDATA[Ready-mix concrete is a versatile material used in a large number of applications—great news—but it means ordering it can require thinking through a few different variables to make sure you're getting the right product for your job.MaterialsLink smart ordering system provides a step-by-step guide to ordering ready-mix-concrete which is easy to use and can make sure everything important is covered. In case you want some more information, the below are a few pointers on getting the right mix for<img src="http://static.wixstatic.com/media/b1a6c2fc25c4402b94e4c9e210dbc1f0.jpg/v1/fill/w_626%2Ch_417/b1a6c2fc25c4402b94e4c9e210dbc1f0.jpg"/>]]></description><link>http://www.materialslink.com.au/single-post/2016/08/31/Need-help-ordering-concrete</link><guid>http://www.materialslink.com.au/single-post/2016/08/31/Need-help-ordering-concrete</guid><pubDate>Wed, 31 Aug 2016 07:26:30 +0000</pubDate><content:encoded><![CDATA[<div><img src="http://static.wixstatic.com/media/b1a6c2fc25c4402b94e4c9e210dbc1f0.jpg"/><div>Ready-mix concrete is a versatile material used in a large number of applications—great news—but it means ordering it can require thinking through a few different variables to make sure you're getting the right product for your job.</div><div>MaterialsLink smart ordering system provides a step-by-step guide to ordering ready-mix-concrete which is easy to use and can make sure everything important is covered. In case you want some more information, the below are a few pointers on getting the right mix for your job.</div><div>What is concrete?</div><div>Concrete is made by mixing four things together:</div><div>1. Cement</div><div>2. Water</div><div>3. Aggregates (sand and crushed rock)</div><div>4. Admixtures (if required)</div><div>The amount of each component will affect the performance of the concrete and is adjusted to change the strength, durability, cohesiveness and workability of the concrete. </div><div>What you need to keep in mind when ordering</div><div>When ordering concrete it's important to make sure the supplier knows what you're using the product for so that they can mix the product in the appropriate way. The key things that concrete suppliers need to know in an order are:</div><div>Delivery details</div><div>Delivery cost can be a significant component of the overall cost of concrete for a job so it's important to make sure you're using suppliers that are in your area. Fortunately, MaterialsLink does this for you when you order through our platform.</div><div>What you're using the concrete for</div><div>The amount (volume in m3) of concrete you need as well as what you're using it for (e.g. house slab, multistorey building) and how you're going to place the concrete (pump, shute from the truck, carry in a wheelbarrow) are all important details to give when ordering. This will determine the required strength/class of concrete, the workability of the concrete (slump) and how porous the concrete needs to be (affected by the size of aggregate used).</div><div>MaterialsLink can guide you through this process using our online ordering form and the concrete provider may be able to give advice however it's a good idea to consult an engineer, architect or qualified builder if you're unsure about what exactly is required for your job.</div><div>Useful tip</div><div>You should order more concrete than the exact volume you've calculated as wastage is a normal part of the concreting process. Cement Concrete &amp; Aggregates Australia recommends a 10% over order for most jobs. </div><div>Need more advice? Get in touch with us on the contact page</div></div>]]></content:encoded></item><item><title>Introducing MaterialsLink</title><description><![CDATA[MaterialsLink is proud to launch as the first online, multi-supplier quoting and ordering platform for building materials in Australia.We started MaterialsLink because we knew there was a better way of ordering building materials than spending the day ringing around looking for a supplier near your site offering reasonable prices. The big contractors put out tenders for sub-contractors so why can't sub-contractors easily get a range of quotes for their materials? With MaterialsLink, they<img src="http://static.wixstatic.com/media/a9aecfcd0c474899a57da07176a929c4.jpg"/>]]></description><link>http://www.materialslink.com.au/single-post/2016/08/09/Introducing-MaterialsLink</link><guid>http://www.materialslink.com.au/single-post/2016/08/09/Introducing-MaterialsLink</guid><pubDate>Tue, 09 Aug 2016 04:58:14 +0000</pubDate><content:encoded><![CDATA[<div><img src="http://static.wixstatic.com/media/a9aecfcd0c474899a57da07176a929c4.jpg"/><div>MaterialsLink is proud to launch as the first online, multi-supplier quoting and ordering platform for building materials in Australia.</div><div>We started MaterialsLink because we knew there was a better way of ordering building materials than spending the day ringing around looking for a supplier near your site offering reasonable prices. The big contractors put out tenders for sub-contractors so why can't sub-contractors easily get a range of quotes for their materials? With MaterialsLink, they can.</div><div>MaterialsLink offers a better way to build: a way to get the edge over your profitability that the big contractors have while leaving the time saving effort involved to our smart quoting system. </div><div>We're starting off with some core product categories: Ready-mix concrete; Reinforcing steel; Plasterboard; Steel &amp; metals; Quarry products and Structural Timber. From there, we'll keep growing where there's demand so <a href="mailto:info@materialslink.com.au?subject=Product request">drop us an email</a> to tell us what you'd like and we'll see what we can do.</div></div>]]></content:encoded></item></channel></rss>