H-Type Radiator Valve (Angle Type, DN15)

Reliable Flow Control for Modern Hydronic Heating Systems

The DN15 Angle H-Type Radiator Valve is designed to provide a clean, efficient, and dependable connection between radiators and heating pipework. Combining supply and return connections into a compact H-shaped body, it simplifies installation while maintaining stable water circulation and precise system balancing. Its angle configuration is particularly suitable for installations where pipework rises from the floor, creating a neat appearance and maximizing available space around the radiator.

Manufactured from high-quality brass with a corrosion-resistant nickel-plated finish, the valve offers excellent mechanical strength and long-term durability. It is well suited for residential heating systems, apartments, hotels, office buildings, and other hydronic heating applications where reliable performance and easy maintenance are essential.

Compact Design for Professional Installation

Unlike traditional separate valve arrangements, the H-type valve integrates both inlet and outlet connections into a single compact component. This reduces the number of fittings required during installation, shortens assembly time, and helps create a cleaner pipe layout.

The angle design allows the pipework to enter vertically from the floor while connecting horizontally to the radiator, making it an excellent choice for concealed piping systems and modern interior designs.

Built for Stable Hydraulic Performance

A heating system performs best when every component contributes to balanced water circulation. The internal flow passages of the valve are engineered to minimize unnecessary pressure loss while maintaining smooth water flow through the radiator.

This balanced hydraulic design helps improve overall heating efficiency by ensuring consistent heat distribution throughout the system, especially in multi-radiator installations.

Durable Materials for Long Service Life

Constructed from precision-machined forged brass, the valve body provides outstanding resistance to pressure, temperature fluctuations, and daily operating conditions. The nickel-plated surface improves corrosion resistance while maintaining an attractive metallic finish that complements modern heating installations.

High-quality sealing components ensure reliable leak prevention throughout long-term operation, reducing maintenance requirements and increasing system reliability.

Easy Maintenance and System Service

The integrated design not only simplifies installation but also makes future servicing more convenient. Individual radiator maintenance can be carried out with minimal disruption to the rest of the heating system when combined with appropriate isolation components.

Its accessible structure also allows installers to perform inspections, cleaning, and system adjustments more efficiently during routine maintenance.

Compatible with Standard Heating Systems

The DN15 H-type valve is compatible with a wide range of panel radiators and hydronic heating systems. It can be integrated into both new construction projects and renovation work, providing installers with a flexible solution for different building layouts and piping configurations.

Its standardized dimensions make replacement and installation straightforward while ensuring compatibility with common radiator connection standards.

Key Features

• DN15 angle H-type radiator valve

• Integrated supply and return connection design

• Compact structure for clean and efficient installation

• High-quality forged brass body with nickel-plated finish

• Smooth internal flow path for stable hydraulic performance

• Excellent corrosion, pressure, and temperature resistance

• Reliable sealing for long-term leak-free operation

• Suitable for residential, commercial, and multi-zone heating systems

• Easy installation, maintenance, and future servicing

• Ideal for modern radiator heating applications with concealed floor pipework

Designed with both installers and end users in mind, the DN15 Angle H-Type Valve delivers an excellent balance of durability, installation efficiency, and dependable heating performance. Its integrated construction, robust materials, and optimized flow characteristics make it a practical choice for modern hydronic heating systems requiring long-lasting reliability and a professional finish.