Linsol Marq 450mm Flexible Water Hose
The Linsol Marq 450mm Flexible Water Hose is designed to deliver reliable performance while maintaining a refined and cohesive bathroom aesthetic. Created to perfectly complement your tapware and fittings, the Marq range offers matching finishes that provide complete visual consistency from wall to fixture, ensuring every detail contributes to a polished and professional result.
Ideal for premium residential projects, luxury renovations, and design-conscious installations, this flexible water connector combines durability with sophisticated styling. Constructed from high-quality 304 stainless steel and featuring a lead-free design, it provides long-lasting strength, corrosion resistance, and enhanced water safety.
The hose is finished with a durable PVD coating, offering superior protection against everyday wear, tarnishing, and corrosion. Available in a selection of contemporary finishes, the Marq Flexible Water Hose helps create a seamless and coordinated look across your entire bathroom space.
Key Features
- 450mm flexible water hose
- Designed to coordinate with matching tapware and fittings
- Creates a seamless and cohesive bathroom aesthetic
- Durable 304 stainless steel construction
- Lead-free for improved water safety
- PVD-treated finish for enhanced durability and corrosion resistance
- Suitable for residential and commercial applications
- Ideal for luxury bathroom renovations and new builds
Available Finishes
- Matte White
- Matte Black
- Gunmetal
- Brushed Nickel
- Brushed Brass
Product Specifications
- Length: 450mm
- Material: 304 Stainless Steel
- Construction: Lead Free
- Finish Protection: PVD Treated
Why Choose the Marq 450mm Flexible Water Hose?
The Linsol Marq 450mm Flexible Water Hose is the ideal finishing touch for design-focused bathrooms where consistency matters. Combining premium materials, durable performance, and coordinated finishes, it ensures your plumbing connections integrate seamlessly with your tapware while delivering reliable everyday functionality.