SkyBound 5″ Trampoline Spring Replacement,Weather-Resistant Springs for Trampoline,24 Pack

SkyBound Trampoline Springs are designed to replace your trampoline’s rusted, worn out, dangerous springs and return bounce to your old sagging mat. Our Premium Trampoline Springs are made from a process that adds a colored zinc coating to our galvanized steel. This process adds 50% more durability, excellent protection against rust and corrosion, and even more protection from the elements, and lasts longer than our regular galvanized steel springs. Our springs have the most coils per inch and 3.0 plus wire gauge to provide the safest, strongest, and bounciest springs. IMPORTANT: Prior to purchasing, measure your original springs from hook end to hook end, disconnect from your trampoline, and completely unstretched. SKYBOUND SPRINGS FOR TRAMPOLINE: Galvanized Trampoline Springs are a set of 24 packs with hooks. The length of the spring is 5 inches and fits trampolines of Skywalker, JumpKing, UpperBounce, SportsPower, and Others WEATHER-RESISTANT: SkyBound’s Premium trampoline springs feature a gold plating top layer on top of galvanized zinc to further protect against rust caused by natural acids, moisture, and oxidation. PROTECT YOUR SAFETY: Our trampoline replacement spring comes with T-hooks to facilitate you to replace rusted, worn out, dangerous, or broken trampoline springs in time; not only this, the rubber-coated hook tips keep springs from loosening over time. Never worry about springs flying away! MORE SPRING FOR YOUR BOUNCE: Thicker gauge steel, greater coil count, and wider taper. These reinforced trampoline springs not only replace your worn-out springs but also enhance the whole bouncing experience! OVERSTRETCH PROTECTION: If your premium springs break, come loose, or become overstretched within 6 months of use, SkyBound will replace your springs free of charge. SIZE MATTERS: We recommend double-checking your spring size before ordering as they may have stretched over time. Remove at least 3 springs and measure from end to end to find an average.