ZKC IWF Approved 1.5 Kilogram Training Plate

Product Description

The ZKC IWF Approved 1.5 Kilogram Training Plate is an Olympic change plate model manufactured according to International Weightlifting Federation (IWF) standards, developed for professional athletes and users who train for performance. It helps to advance strength development safely and systematically by providing controlled weight increases of 1.5 kilograms.

This training plate, used in training programs requiring micro-loading, allows athletes to gradually increase weights without disrupting their technique. It is an ideal solution for precise load increases, especially in Olympic weightlifting, powerlifting, CrossFit, and functional strength training.

Thanks to its chrome-plated steel body, the ZKC 1.5 KG Training Plate offers high durability and is resistant to rust. With an inner diameter of 50 mm, it is fully compatible with all Olympic weightlifting bars. Its blue color, conforming to the IWF color standard, makes it easily distinguishable during training.

Technical Specifications

• Product Type: IWF Approved Training Plate (Change Plate)
• Brand: ZKC
• Weight: 1.5 KG
• Approval: IWF (International Weightlifting Federation)
• Inner Diameter: 50 mm (Olympic Bar Compatible)
• Outer Diameter: 190 mm (IWF Standard)
• Thickness: 15–18 mm
• Material: Chrome Plated Steel
• Color: Blue (IWF Color Standard)
• Weight Tolerance: ±10 Grams

Featured Features

• IWF Professional production in accordance with standards.
• Provides controlled strength development with 1.5 KG micro weight increments.
• Fully compatible with 50 mm Olympic barbell bars.
• Offers long-lasting use thanks to its chrome-plated steel structure.
• Provides high resistance to rust and wear.
• Easily recognizable with blue color coding in accordance with IWF standards.

Package Contents

• 1 ZKC IWF Approved 1.5 Kilogram Training Plate

Areas of Use

• Olympic Barbell Training
• Powerlifting
• Weightlifting
• CrossFit
• Functional Strength Training
• Technical Studies
• Programs Requiring Microweight Increase