Title: MediaGel Ultrasound Gel – Medium Viscosity, 250ml, Colored

Description:

MediaGel Medium Viscosity Ultrasound Gel is a versatile, high-performance coupling gel ideal for ultrasound examinations, Doppler studies, physiotherapy, and even cosmetic applications. Offering a lower viscosity than our high-viscosity MediaGel, it ensures effective contact for all types of ultrasound procedures using both domestic and imported equipment.

This colored gel provides superior acoustic coupling, smoothly distributing across the transducer or patient’s skin without excessive spreading. Experience prolonged gliding and consistent transducer-to-skin contact for optimal image quality. Its water-soluble formula allows for easy removal with a tissue or simple water rinse, leaving no residue on clothing. Hypoallergenic and safe for transducer surfaces, MediaGel is your reliable choice for dependable ultrasound performance.

Key Features:

• Medium Viscosity: Optimized for various applications and equipment.
• Versatile Use: Suitable for ultrasound, Doppler, physiotherapy, and cosmetic procedures.
• Superior Coupling: Ensures excellent contact and image quality.
• Easy Application and Removal: Smooth application and effortless cleanup.
• Hypoallergenic: Minimizes the risk of allergic reactions.
• Safe for Transducers: Will not damage ultrasound equipment.
• Water-Soluble: Easily rinsed with water.
• Packaging: Available in various sizes for diverse needs.

Technical Specifications:

• Viscosity: 18.0–23.0 Pa·s (Brookfield RVDVII+Pro/SC4-29/30 rpm, shear rate (7.5±0.1) s⁻¹, at 23°C)
• pH: 6.0 – 8.0
• Acoustic Impedance: 1.52 × 10⁶ kg/m²·s
• Shelf Life: 3 years
• Packaging Options: Available in 5kg canisters (4 per box), 1kg bottles (20 per box), and 0.25kg bottles (40 per box).

Keywords:

Ultrasound gel, ultrasound coupling gel, Doppler gel, physiotherapy gel, cosmetic gel, medium viscosity gel, high-quality ultrasound gel, hypoallergenic gel, water-soluble gel, 250ml, MediaGel, ultrasound equipment, acoustic impedance, Brookfield viscosity, ultrasound imaging, medical gel, diagnostic imaging.