ATX® Warrior Power Bar IPF - hard chrome plating
MS-LH-50-ATX-PLC
Piece
product description
ATX® Powerlifting Bar Warrior – Chrome
The ATX ® Warrior Power Bar IPF is a genuine powerlifting barbell for training and competition. The high-strength special steel of this barbell with the optimally coordinated mechanical parameters of strength and toughness guarantee the typical characteristic properties of a professional powerlifting barbell. The highest quality material components and excellent workmanship ensure perfect handling, a high dynamic load capacity of up to 680 kg and a long service life. With a handle diameter of 29 mm and the extra coarse knurling 1.5, the barbell always sits perfectly and securely in the hand. The disc holders with an extra long loading surface are equipped with self-lubricating, maintenance-free graphite bronze bushings and ensure silky smooth concentricity. The bar and holders are hard chrome-plated and therefore have the highest resistance to abrasion.
ATX® Powerlifting Bar
- 5-year warranty
- High-strength special steel
- Optimal balance of strength><toughness
- tensile strength 206,000 PSI
- High dynamic load capacity up to 680 kg
- Excellent grip due to extra coarse knurling 1.5
- IPF grip width marking and center knurling
- Extra long loading area of the disc holders
- Silky smooth concentricity of the mounts thanks to self-lubricating graphite-bronze bushings
- Rod and mounts with extremely abrasion-resistant hard chrome plating
- High-quality encapsulated end cap and circlip
- Total length: 220 cm
- Handle diameter: 29 mm
- Total weight: 20 kg
The ATX ® barbells are tested for continuous and maximum loads in our in-house test center and undergo the following material tests in an independent German test laboratory:
- Tensile test acc. to DIN EN ISO 6892-1 Tensile test acc. To DIN EN ISO 6892-1
- impact according to DIN ISO 6892
- Hardness Rockwell acc. to DIN EN ISO 6508-1 Hardness Rockwell acc. DIN EN ISO 6508-1
- Metallographic examination – Qualitative determination of the metal structure