Window Cleaning Pole

Whether you have decided to make the switch from trad to water fed pole or you are just starting out as a window cleaner, few people have large budgets to invest in equipment. There are great premade systems out there that just bolt into a van, but many people want to go the DIY route and put the system together themselves. Here is our guide on how to get started water fed pole window cleaning on a budget.   The five main parts are: A reservoir – to carry the pure water. This could be anything from a 25 litre barrel to a custom-built 1000 litre tank. A pump – to move the water from the reservoir to the windows. This should be 12v and around 100 psi. A pump controller – to cut off the pump when you stop the flow, and to control the speed of the pump A power source – to power the pump. This is usually a 12v leisure battery. A water delivery system – such as a hose to deliver the water to the windows.   Keep this in mind because everything comes back to these 5 main elements. A DIY van setup Working from a car with a backpack or a trolley is brilliant to give you a taste of water fed pole window cleaning, but it can be tough lifting the heavy water in and out of the boot, carrying a heavy backpack around the property, and having to keep refilling it. It’s time for a DIY van setup! Reservoir – you can buy a baffled tank. It is important to get a baffled tank because it stops the water from moving about too much as you travel. 1 litre of water weighs 1kg, so be careful that you do not exceed the payload on your van when it is full of water. Safety is important so you need to secure your tank in place. Imagine that you had a crash with half a tonne of water unsecured in the back of the van! I recommend a frame that fits around the tank and is bolted to the floor of the van to secure the water. It is also possible to secure your tank with ratchet straps, but be aware that the tie-down points in the van are not designed to secure a very heavy load in place. Pump – the standard pump for window cleaners is the shurflo. Pump Controller – there are lots of advantages to go for a spring v16 controller. There are many types available from the basic all the way to controllers that automate your filtration. Power source – though it may be tempting to use your existing van battery, it is not a good idea. A van battery is designed to give a large amount of energy for a short time, but for window cleaning, we want a small amount of energy over an extended time. Using your van battery is a false economy as it will shorten its life and can discharge your battery making your van unstartable. For this, we need a leisure battery. You can get by with a 70ah battery, but a 110ah or larger battery will be better. Be sure to fuse it and include a cut-off switch. Water delivery system – You can buy a basic hose reel. When starting out on a budget you don’t need to get powered reels that run on bearings. You will likely need to have 100m of hose, plus pole hose. Once you have a van, you can have a budget DIY van set up. Follow along with TCG to see how our DIY van build goes. A setup like this will last you for years and will make you thousands of pounds. Choose your best option The best option for you may depend on your budget, the work you already have, whether you see yourself doing residential or commercial work, and what the houses are like in your are with regards to parking, access and height. Backpacks, trolleys and van mounted systems are the three basic types of systems. There will be lots more information to come on TCG regarding each of these. Starting up is usually the hardest point. You are spending money without having immediate returns. By being committed and reliable you can grow a good window cleaning business that will offer great returns on your initial investment.

How is Carbon Fiber Different from Fiberglass? When looking into composite material options many look to carbon fiber or fiberglass for their versatility and strength. Most want to know, is carbon fiber stronger than fiberglass? Though there are other considerations to keep in mind when choosing which is best for you. Carbon fiber and fiberglass are both composite materials, the main difference between the two is that fiberglass is comprised of melted strands of glass while carbon fiber is made from strands of carbon atoms. Both are strong and lightweight materials that can be ideal for a wide range of applications across many different industries, however, carbon fiber is stronger, lighter, and more expensive to produce. Sometimes fiberglass will be a preferred material for commercial uses as it will meet performance requirements while also being less expensive. See our previous post, Common Questions about Carbon Fiber for more answers to some of the most common questions our clients have surrounding carbon fiber manufacturing. How Much Lighter is Carbon Fiber than Fiberglass? Fiberglass is a lightweight material making it ideal for many applications. However, an even lighter, and sometimes a stronger, material is required for complex and high-performing products. When lightness is key, carbon fiber is an ideal choice. Carbon fiber can be up to 15% lighter than fiberglass materials making it the material of choice for automotive, aerospace and defence applications that have specific performance requirements. How Much Stronger is Carbon Fiber than Fiberglass? Both fiberglass and carbon fiber are strong materials, so strong in fact, that both are stronger than steel. When strength is important to your project, high-quality carbon fiber takes the lead as it can be more than 20% stronger than the toughest fiberglass materials. Though carbon fiber is both lighter and stronger than fiberglass, it is not always the right choice for your project. Carbon fiber is expensive to produce and is not always suitable when budgets are a factor. Working with an experienced composites manufacturer that offers composite engineering is your best bet in understanding which type of material is right for your needs. Contact the experts at Spartec Composites to learn more about composite material options and how to make your project come to life.

Hello and welcome to our company's blog today. Today's topic is about what features are important when you're considering getting a water fed pole. Carbon Fiber water fed poles are essential tools for professional window cleaners and others who require efficient window cleaning. As a company that provides quality cleaning equipment, we understand the importance of choosing the right water fed pole. Here are some of the important features to consider when choosing a water fed pole. Firstly, the length of the carbon fiber telescopic pole is important as it plays a crucial role in reaching higher surfaces. It should be long enough to reach the desired areas, yet easy to manage and transport. We offer a range of pole lengths, ranging from 5ft to 80 ft, to suit various cleaning needs.  The material of the pole is also important as it determines the rigidity and durability of the pole. We provide water fed poles made of carbon fiber, hybrid( 50% Carbon Fiber, 50% fiberglass),Fiberglass and high modulus carbon fiber, ensuring the maximum lifespan of the equipment. Now we will give some suggestion for a budget plan: 5ft- 15ft fiberglass; 20ft-25ft hybrid material. Above 30ft we only recommend carbon fiber, because it has more rigidity and lighter weighted. Clamp is the main feature that determines the quality of a water fed pole. as it provides stability and ensures that the brush and hose attachments remain securely in place while in use. The clamp system secures the brush so that it has minimal movement and provides maximum pressure and control on the surface being cleaned, while minimizing the risk of any damage to the surface or the equipment. We have 5 different clamps that can be chosen by customer freely due to their needs, and the locking force can be up to 200 kg. That's all for today's blog, I hope you found this helpful. If you have any questions or suggestions, please feel free to leave them in the comments section below. Thank you for reading!