ZKC IWF Weightlifting Platform 3x2,5

ZKC IWF Certified Professional Weightlifting Training Platform

Description

The ZKC IWF Certified Weightlifting Training Platform is a high-performance piece of equipment designed for professional gyms and federation-level training. Its 300×200 cm dimensions and 30 mm thickness provide exceptional shock absorption, noise reduction, and stability during weightlifting sessions. Built with high-density rubber, anti-deformation wood layers, and a reinforced steel frame, it delivers long-lasting durability and reliable performance. Being certified by the International Weightlifting Federation (IWF) confirms that the platform meets world-class standards of quality and safety.

Technical Specifications

• Dimensions: 300 cm × 200 cm, 30 mm thickness

• Rubber Blocks: High-density natural rubber with bubble-free structure

• Rubber Surface Coating: Long-lasting protective layer

• Shock Absorption: Hundreds of impact-absorbing holes underneath

• Wood Panels:

  • Top layer: Anti-deformation engineered wood

  • Bottom layer: Composite wood

  • Interlocking system for perfect panel alignment

• Steel Frame: 3 cm × 5 cm × 314 cm steel pipe enclosure

• Stabilization: Galvanized steel bolts and corner protectors

• Usage: Suitable for professional gyms and federation-level training

• Certification: IWF certified

• Maintenance: Easy-to-clean hygienic surface

Important Notes

The multi-hole shock-absorbing rubber base efficiently reduces impact from dropped weights, extending the life of both the platform and gym flooring. Its steel-reinforced frame ensures outstanding stability even under intense training loads, while the anti-deformation wood surface offers a smooth and secure lifting area. The IWF certification guarantees maximum reliability and professional-grade performance. Its easy-clean surface supports long-term hygiene in high-traffic sports environments.

Short Description

A premium IWF-certified weightlifting platform built with high-density rubber, reinforced wood layers and a steel frame—engineered for superior shock absorption, durability, and stability.