Dripex Olympic Hex Bar Barbell Bars – 56″ Deadlift Trap Bar Weights Lifting
Dripex Olympic Hex Bar Barbell Bars – 56″ Deadlift Trap Bar Weights Lifting Shrug Bar w/ Knurled Handles For Trap/Shoulder Exercises, Deadlift & Farmers Walk Home Gym Workou
- 【HEAVY-DUTY SOLID STEEL CONSTRUCTION】 Dripex Olympic trap bar is constructed from heavy duty solid stainless steel with a maximum load of 800lbs. Chrome-plated surface is durable and rust-proof.
- 【2 DIFFERENT GRIP POSITIONS w/ KNURLED HANDLES】Regular and raised handles are built with 1.2mm knurling to give you more flexibility with squats, deadlifts, shrugs and the farmer’s walk are can help you work all of the major muscle groups to strengthen your core, improve your functional fitness and develop your total-body strength.
- 【COMPATIBLE w/ 2” OLYMPIC WEIGHT PLATES】Dripex Olympic trap bar is designed for all standard plates with holes 2″. Two snap clips are included in the package which helps you to fix and lock the weight plates tightly.
- 【10” OF LOADABLE SLEEVES LENGTH】Extra long loadable sleeves allow you to load more weights , which allows you to perform with a greater range of muscle contraction and development.
- 【REASSURANCE& TRUSTWORTHY PRODUCT】 Dripex Olympic trap bar is a piece of trustworthy product, the solid craftsmanship allows for commercial and private use. Order today and get 1 year warranty on this trap bar. Please rest assured to purchase and feel free to contact us if you have any issues.
SKU: | B08XXWVFD7 |
Dimensions: | 96 x 61 x 27 cm; 19.96 Kilograms |
Brand: | Dripex |
Colour: | Silver |
Product Description
HEAVY-DUTY SOLID STEEL CONSTRUCTION
Dripex Olympic trap bar is constructed from heavy duty solid stainless steel with a maximum load of 800lbs. Chrome-plated surface is durable and rust-proof.
COMPATIBLE w/ 2” OLYMPIC WEIGHT PLATES
Dripex Olympic trap bar is designed for all standard plates with holes 2″.
10” OF LOADABLE SLEEVES LENGTH
Extra long loadable sleeves allow you to load more weights , which allows you to perform with a greater range of muscle contraction and development.