Alprimo Horizontal Radiators Products
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Frequently Asked Questions
How does the high thermal conductivity of the Alprimo Horizontal Aluminium Radiator affect the heat up time compared to traditional steel or cast iron radiators?
The Alprimo Horizontal Radiator is manufactured from high grade aluminium which possesses significantly higher thermal conductivity than steel or cast iron. This technical property allows the radiator to heat up much faster when your central heating system is turned on, providing immediate warmth to the room. Because aluminium requires less energy to reach operating temperature, these radiators are considered highly energy efficient and can help reduce boiler workload and overall heating bills.
What are the precise technical specifications regarding the finish of the Alprimo range and is the White RAL 9010 coating durable against moisture and wear?
The standard finish applied to the Alprimo Horizontal range is a high quality powder coat in White RAL 9010. This specific industrial coating process ensures a uniform and robust layer that is highly resistant to scratches, chips, and corrosion. The RAL 9010 Pure White finish is designed to retain its color without yellowing over time, making it suitable for humid environments like bathrooms as well as living areas, ensuring long term aesthetic appeal alongside performance.
Can you explain the importance of the Delta T50 calculation when selecting the correct heat output in BTUs for my room size using the Alprimo technical data?
The heat output figures listed for the Alprimo radiators are calculated at Delta T50, which is the standard British rating for modern boiler systems. This represents the difference between the mean water temperature inside the radiator and the ambient room temperature. To ensure you select a model with sufficient power, you must match the listed BTU or Wattage output to your specific room heat loss calculation. Using a radiator undersized for the Delta T factor of your specific heating source, such as a heat pump which might operate at Delta T30, would result in insufficient heating.
How does the low water content design of the Alprimo Aluminium Radiator contribute to the overall energy efficiency of a modern central heating system?
Alprimo Aluminium Radiators are designed with narrow water channels that hold significantly less water volume than standard panel radiators. This technical feature means your boiler has a smaller total mass of water to heat up, resulting in a faster cycle time and reduced energy consumption. The low water content makes the system highly responsive to thermostat changes, allowing for precise temperature control and preventing energy wastage from overheating the room after the system is turned off.
What are the structural advantages of the sectional aluminium construction regarding the total weight and installation on internal stud walls?
One of the primary technical benefits of the Alprimo sectional aluminium design is its exceptional strength to weight ratio. Aluminium is naturally lightweight, making even the large 18 or 20 section models significantly lighter than equivalent steel radiators. This reduced weight load is critical when installing radiators on internal partition walls or stud walls where heavy steel units might require extra reinforcement. It simplifies the installation process and reduces the strain on wall brackets and fixings.
Does the Alprimo Horizontal Radiator range come with a manufacturer warranty that covers technical faults and material defects for a prolonged period?
Yes, every unit in the Alprimo Horizontal collection is backed by a comprehensive 10 Year Guarantee. This warranty covers technical manufacturing defects, material failure, and leakage issues under normal operating conditions. It provides assurance that the high quality aluminium construction and sealing gaskets will perform reliably within your closed circuit central heating system for a decade, protecting your investment against premature failure.
What are the exact depth dimensions of the Alprimo Horizontal models and how does this projection affect the placement in narrow hallways or corridors?
All models in the Alprimo Horizontal range feature a consistent depth of 95mm. This technical dimension refers to the thickness of the radiator sections themselves. When planning your installation in restricted spaces like hallways or behind doors, you must also account for the wall bracket distance. The slim 95mm profile is designed to offer high heat output without intruding excessively into the usable floor space, making it an efficient solution for areas where preserving walkway width is essential.
Is the Alprimo Aluminium Radiator compatible with standard central heating pipes and valves or does it require specialized connection adaptors?
The Alprimo range is engineered for compatibility with standard UK central heating systems. It features standard 1/2 inch BSP British Standard Pipe connections which are universal across the plumbing industry. This means you can use standard radiator valves, including thermostatic radiator valves (TRVs) and lockshields, without needing complex adaptors. The 1/2 inch tapping ensures that integration into your existing copper or plastic pipework is straightforward for any qualified plumber.
How do the modular sections of the Alprimo radiator influence the available size configurations and heat output scalability for different room sizes?
The Alprimo radiator utilizes a modular sectional design where individual 80mm wide aluminium segments are joined together. This technical manufacturing method allows for a vast range of width configurations, from compact 3 section units to expansive 20 section models. This scalability means you can precisely match the physical width of the radiator to your available wall space while linearly increasing the heat output. A larger room simply requires a model with more sections to deliver the necessary BTU load.
Why is aluminium considered a superior material for heat emission and convection compared to standard steel when utilizing low temperature heating sources?
Aluminium is an excellent conductor of heat, meaning it transfers thermal energy from the water to the air much more efficiently than steel. This technical characteristic maximizes both radiant heat and convective airflow through the radiator fins. This high efficiency is particularly beneficial for low temperature systems, such as those powered by renewables, as the aluminium can still project effective warmth into the room even when the circulating water temperature is lower than that of a traditional gas boiler system.