Description

Powerlifting Bar 190K - Bright Zinc
ATX ^® Rocket Series

With 190,000 PSI, this powerlifting bar from the ATX ^®  - Rocket Series can withstand heavy loads of up to 680 KG. The high stiffness has a low whip and is therefore ideally suited for heavy squats and heavy deadlifts. The rough knurling 1.5 is super grippy . The handle bar and holders are in a very abrasion-resistant Bright Zinc coating. The bronze bearing of the long-sleeve mounts is robust and shock-resistant .
The high-quality steel, the excellent workmanship with precise fitting dimensions and the high-quality finish of this ATX^® Rocket Bar distinguishes this quality barbell . A top powerlifting bar at an unbelievably low price in this quality segment!

Characteristics:

• High-strength special steel with 190,000 PSI
• Can be loaded up to 680 kg
• Exact extra grip knurling 1.5
• Backlash-free, silky-smooth concentricity of the mounts thanks to precise bronze bearings
• Extra long weight plate mounting surface (Long Load Sleeve)
• International Reach Marking (IPF – Powerlifting) with center knurling
• Front ends with logo end cap securely encapsulated with circlip
• suitable for dropping

• Coating - Brackets & Handlebar:
  Bright Zinc - professionally electro-deposited zinc - provides good protection against corrosion and abrasion.
  The coating has a metallic bluish-white color reflection and is matte to slightly glossy.

• Total length: 220cm
• Handle diameter: 29 mm
• Total weight: 20kg

ATX ^® offers first-class, tested and proven equipment with a guarantee!
The ATX ^® weight bars are tested in the in-house test center for continuous and maximum loads.

Furthermore, all batches are subjected to the following material tests in the course of quality assurance in a German independent test laboratory:

• Tensile test according to DIN EN ISO 6892-1
  Tensile test acc. To DIN EN ISO 6892-1
• Notch impact according to DIN ISO 6892
• Hardness Rockwell according to DIN EN ISO 6508-1
  Hardness Rockwell acc. EN ISO 6508-1
• Metallographic examination - qualitative determination of the metal structure