What does dewalt nano mean

Much of the focus was on a new range of Lithium-Ion Li-Ion battery cordless tools, including new 28 V and 18 V ranges - the company's first foray into Li-Ion batteries was a 36 V range launched in DeWalt has fitted a system of counterbalances and floating handles to reduce vibration levels on the smaller model from Both hammers are a bit heavier than their predecessors - up 0. This fall in vibration levels makes a big difference to the allowable working time for each - three hours on the 10 kg version and 2 hours 35 minutes on the 12 kg hammer.

DeWalt says these vibration levels are lower than equivalent competitor models. The company's kg demolition hammers already incorporate vibration damping. Lio-Ion ranges The new power tools, meanwhile, include an extension of the use of the Lithium Ion Nano batteries first used on the 36 V cordless range two years ago. Li-Ion batteries will be available on a new range of 28 V tools, as well as on The The 28 V range will eventually replace the 24 V power tool line, although the 24 V models will continue to be produced for another 18 months or so.

DeWalt says the 28 V models will now provide users with a "genuine step-up" from the 18 V range. The company claims that its particular Li-Ion batteries give up to battery recharges, which it says is five times greater than some competitive Li-Ion batteries and double that of NiCd and NiMH. DeWalt says they will be smaller, lighter and more powerful than their Nickel-battery equivalents. The weighs 2. In the woodworking sector, meanwhile, the company is introducing its first ever plunge saws and also updating its established DW mitre saw.

The new DW mitre saw is 1. The new saw has been extensively tested throughout Europe, including the Nordic market where wood is often wet and frozen; "A great test of power and durability in a saw", says a DeWalt spokesman.

I want to build my own NANO kit. Why isn't there a 9 piece kit available? Dewalt web-site wasn't any help. I don't want to start buying NANO only to find out there are only six tools available for example. Your thoughts? All Dewalt 18v tools will accept the Lithium batteries with the exception of I think 8 tools. That list is on Dewalt's site. What tools are you looking to get, and I can assist you regarding which tools have the nano base. Just remember, that just because a tool does not have the a lithium base, does not mean it won't accept the lithium battery.

Roger that, I understand. Honestly, buying new tools, I don't want that dorky look of the LI battery in a old style base. I don't think I need to spend good money on a flashlight, so, rather than buying the 6 pc kit, I thought I'd just start building my own.

Specificaly , to start I need the model numbers for the nano base versions below. Your in luck! Every tool on your list is available with a nano base. Only problem, Dewalt did not make any model number changes for bare tools. The only way to know, is to verify that information from whoever you decide to purchase those items from. It is almost always cheaper to buy tools in a kit. Then you have to buy batteries, a charger, and a bag.

Below are two options, option A is to buy them all as individual bare tools and option B is to buy the lithium 6 kit and add the two saws that the 6 kit is missing.

I am about Dewalt is changing the design on all of their cordless lineup to the smaller base because off the lithium platform and has been doing so for over a year. We'd probably buy more! The final battery ingredient is known as the electrolyte, and it sits in between the two electrodes.

In the case of lithium-ion batteries, the electrolyte is a salt solution that contains lithium ions—hence the name. When you place the battery in a device, the positively charged lithium ions are attracted to and move towards the cathode. Once it is bombarded with these ions, the cathode becomes more positively charged than the anode, and this attracts negatively charged electrons. You can think of this kind of like a water wheel, except instead of water flowing, electrons are flowing.

Lithium-ion batteries are great because they are rechargeable. When the battery is connected to a charger, the lithium ions move in the opposite direction as before. As they move from the cathode to the anode, the battery is restored for another use. Of course the fact that the lithium ion battery is rechargeable makes it more desirable and sustainable, but why else are these batteries so widely used? One reason is that lithium ion batteries can produce a lot more electrical power per unit of weight than other batteries.

This means that lithium-ion batteries can store the same amount of power as other batteries, but accomplish this in a lighter and smaller package. However, one downside to lithium-ion batteries is that they take much longer to charge than other batteries.

And of course, there is always room for improvement in efficiency. This is where nanotechnology comes in. In order to improve the efficiency and decrease the charge time of lithium-ion batteries, many companies and researchers are using nanotechnology to make better battery materials. A lot of research is focused on using nanotechnology to make better electrodes.

Using nanomaterials in the electrodes increases their surface area, which provides more places for the lithium ions to make contact. This makes the battery more efficient and also makes it recharge faster. These changes should make electronic devices that use lithium-ion batteries e.

As for the Dewalt drill, its lithium-ion battery uses nanophosphate for the cathode material.