Q: Why buy 
                an aluminum dock instead of wood, steel or plastic?
              Q: Can these 
                docks really be left in the water for the winter?
              Q: How stable 
                are floating docks. Don't they move around when the water gets 
                rough?
              Q: How do 
                I decide which anchoring method to use? Is it better to use spud 
                poles or a weighted anchoring system?
              Q: How does 
                the cost of Eco-Flote™ compare with other docks on the market?
              
               Q: Why buy an aluminum dock instead of wood, 
                steel or plastic?
              A: The unique properties of aluminum make it 
                the best material for many marine applications (including docks). 
                And, no other dock on the market can match the combination of 
                strength, simplicity, lightness, and aesthetic appeal that The 
                Eco-Flote System™ has to offer.
              Wooden docks offer natural beauty and strength at a reasonable 
                price. But, wood tends to rot, warp, splinter, crack and suffer 
                harm from insects. It is a relatively soft material that can easily 
                be damaged by boat impacts, vandalism, and extreme weather conditions.
              Wooden docks require frequent repair and must be treated with 
                wood preservatives to prevent deterioration. Some studies show 
                that these preservatives can be toxic to marine life and dangerous 
                to humans.
              Steel docks offer a stronger alternative to wood, and are also 
                reasonably priced. But steel (even galvanized) rusts and corrodes, 
                and must be maintained on a regular basis.
              Steel dock frames (and aluminum frames) are usually welded together. 
                A good weld is very secure, but poor welds (which are not uncommon) 
                are very prone to breakage.
              In addition, steel docks (and wooden, plastic, and aluminum ones) 
                tend to have external components such as posts, brackets and fasteners 
                that protrude from the frame. These components can easily scratch 
                boats and injure people.
              And, finally, steel docks tend to be very heavy, cumbersome, 
                and difficult to maneuver. Installation of a steel dock (even 
                a small one) usually requires at least two to three people.
              Plastic Docks, unlike steel, are relatively light and easy to 
                handle. In addition plastic does not rot like wood or corrode 
                like steel, and it doesn't need to be painted or treated with 
                preservatives. Many Plastic docks are also somewhat "environmentally 
                friendly" because they are 100% recyclable or made from recycled 
                bottles.
              But plastic (especially recycled plastic) isn't nearly as strong 
                as metal, and it can crack and break more easily. And when a floating 
                dock made of plastic gets punctured, it can fill with water and 
                sink, becoming very difficult to remove. Even when intact, plastic 
                "floaters" tend to ride very low in the water where 
                they can be swamped by large waves. Some plastic floating docks 
                are also known to have problems with heat retention and slipperiness 
                and the quality of the connection devices that hold the dock sections 
                together.
              In terms of price, plastic docks may cost you as much (or more) 
                than wooden, steel, or aluminum ones. There are inexpensive plastic 
                docks on the market, but they do not perform as well as docks 
                made of other materials, and many customers do not appreciate 
                the "low-end" or "artificial" look of plastic.
              Back to Top
				
              
                Q: Can these docks really be left in the water for the 
                winter?
              A: Yes.
              Every component of the System is designed to withstand the harsh 
                winter conditions found in northern climates.
              If the dock is located in a very protected area such as a cove, 
                marina, or marsh there is no need to move the dock at all. Just 
                remove the spud poles and leave it in place for the winter.
              If the dock is located in a partially protected area, all you 
                have to do is detach the ramp and remove the spuds poles (or anchoring 
                system) right before freeze-up. Then float the dock in so that 
                it's parallel to the shoreline. Secure it to shore with a rope 
                or cable, and allow it to move freely with the ice. When spring 
                arrives, just float the dock back to into place, reattach the 
                ramp, and put in the spuds or anchor system.
              If the dock is located in an area with more than 1/2 mile of 
                open water between the dock and the opposite shoreline, we recommend 
                that you remove the dock for the winter. All you have to do is 
                disconnect the sections with a 9/16" socket wrench and float 
                them to shore, where they can be stacked, or taken to a storage 
                area, for the winter. Better yet, you can float (or tow) the docks 
                to some other area (such as a marina or cove) where it will be 
                protected from moving ice. Another option is to aerate (bubble) 
                the water around the dock to prevent ice from forming. 
              Back to Top
              
                Q: How stable are floating docks. Don't they move around 
                when the water gets rough?
              A: Yes, floating docks naturally move more that 
                stationary ones, but they have distinct advantages over stationary 
                docks.
              Floating docks can be used in situations involving deep water, 
                changing water levels, and problematic bottom conditions, while 
                stationary docks cannot. And when a stationary dock shifts, torques 
                or sinks under stress, it stays that way until somebody repairs 
                or readjusts it. A floating dock will naturally return to its 
                optimal condition as it adapts to the changes in the water.
              Eco-Flote™ docks are more stable than others on the market, 
                but with any floating system there are simple guidelines to follow 
                to ensure maximum stability. First of all floating docks are recommended 
                for areas that are protected from extreme weather conditions that 
                can harm your dock or compromise your safety. Secondly, it is 
                important to design a dock using the widest sections possible 
                and to arrange them in a "T" or "L" shaped 
                configurations. It is best to avoid "straight runs" 
                and create as many platforms or slips as you can. And third, make 
                sure you design the dock so that it protects your boat from the 
                prevailing winds. It is best if the top of a "T", "U" 
                or L-shaped dock (and the bow of your boat) points directly into 
                the wind. 
              Back to Top
              
                Q: How do I decide which anchoring method to use? Is it 
                better to use spud poles or a weighted anchoring system?
              A: Each method is designed for specific situations. 
                Here are some guidelines:
              Spud Poles:
              In bodies of water that are well protected, and the depth of 
                the water at the end of your dock is 10 feet or less, spud poles 
                (2 inch diameter) are the most effective and economical way to 
                anchor your dock. You just slide the spuds into the corner pockets 
                on the dock section and drive them slightly (by hand) into the 
                lake bottom. They don't need to be driven in too far, because 
                they don't support the weight of the dock. They simply keep the 
                dock in place and prevent it from shifting or torquing.
              Weighted Anchor System:
              Use weighted anchors when the following conditions exist -
              1. The dock is not installed in a fully protected area.
              2. The depth of the water is more than 10 feet.
              3.The bottom is too muddy or rocky for the use of spud poles.
              
                The anchor can be attached to the dock in two ways:
              1. You can use the anchor-housing unit that fits into the corner 
                pocket of each dock section. These are an optional accessory that 
                can easily be installed onto your dock after it is assembled. 
                It allows the dock owner to adjust the length of the anchor chain 
                while standing comfortably on the dock. In addition, the chain 
                can easily be locked to the dock section using this method.
              2. The anchor can be connected to a pad-eye on the crosspieces 
                within the dock section. This must be ordered before the dock 
                is assembled so that it can be integrated into the dock frame 
                before installation. This method is simpler and stronger than 
                the corner housing method, and it keeps the entire anchor system 
                hidden underneath the dock. But, it is more difficult to adjust. 
                The decking panel over the pad-eye must be removed to access the 
                anchor chain.
              Other Options:
              In conditions that are not suitable for the two standard methods 
                described above, it is possible to customize a dock for use with 
                large external spud poles, or a cable and winch system. Contact 
                Aluminum Dock Systems for more information.
              Back to Top
              
                Q: How does the cost of Eco-Flote™ compare with 
                other docks on the market?
              A: There are many other docks on the market 
                that are less expensive than Eco-Flote™, but there are also 
                many docks that are more expensive. Our product is priced to be 
                competitive with other products in its category. But, please keep 
                in mind that Eco-Flote™ is in a class of its own. It is 
                the best floating dock you can buy.
              No other dock system can match the unique patented design and 
                precision engineering of Eco-Flote™. It is a premium product 
                made with high quality materials. It performs better than other 
                docks on the market, and it is extremely easy to maintain. When 
                you invest in an Eco-Flote™ dock you will save money in 
                the long run by avoiding the installation, removal and maintenance 
                costs associated with other types of docks.
              Back to Top