FITNESS MANIAC USA Tricep Press Push Down Bar V Handle Close Grip Cable Multi Gym Attachment Pro Tricep V-Bar with Rubber Handgrips
Brand: FITNESS MANIAC
Color: Chrome
<b>FITNESS MANIAC USA TRICEP V SHAPED PRESS DOWN BAR / CLOSED HANDLE CABLE ATTACHMENTS EXERCISE MACHINE ATTACHMENTS US SELLER (SHIPPING FROM USA)</b> <br> Try it for yourself and if it does not meet your expectations then we are happy to exchange or refund. SAVE money with this fantastic offer while stock is available! We are based in the United States and all items will be shipped directly from United States. <br> <b> Triceps Press-Down Bar with Rubber Hand Grips for Extra comfort, Knurled Grips </b> <br> Engineered to provide continuous, steady resistance through a full range of motion for triceps exercises. Center-balanced bar features contoured, knurled grips for precise hand positioning and a secure hold. Solid-steel construction with chrome finish and polished round end-plates. <br> <br> Product Features <br> <br> Tricep press-down bar <br> Targets hard-to-tone tricep muscles <br> Solid steel with chromed finish <br> Rubber hand grips for extra comfort <br> <b> ✅ Please note that most of our gym cable attachments are handmade and a thin layer of grease is applied to prevent rust or oxidation, particularly for rotating curl bars and revolving handles. Applying a thin layer of grease is a common practice for exercise machine attachments to prevent rust and oxidation.</b>
✅ FITNESS MANIAC USA Tricep press-down bar. Targets hard-to-tone tricep muscles
✅ Solid steel with chromed finish
✅ Rubber hand grips for extra comfort
✅ "SAME DAY DISPATCH" if your order is placed by 1pm Central Time Monday to Friday! "FREE SHIPPING" on every order from Continental US!
✅ Please note that most of our gym cable attachments are handmade and a thin layer of grease is applied to prevent rust or oxidation, particularly for rotating curl bars and revolving handles. Applying a thin layer of grease is a common practice for exercise machine attachments to prevent rust and oxidation.