We are your London-based experts in the design of cutting-edge low-temperature heating systems. At Pipework Connect, we’ve made it our mission to revolutionize the way you experience warmth and comfort in your home. Dedicated to innovation, precision, and sustainability, we are forerunners in the design, installation, and maintenance of low-temperature heating systems.
With over 35 year’s experience, we have a passion for reshaping the way people interact with their environments. We recognise the need for energy-efficient and eco-friendly heating solutions that not only keep you warm but also reduce your carbon footprint.
In a world that increasingly values sustainability and energy efficiency, Pipework Connect stands as a beacon of excellence. Our low-temperature heating systems are carefully crafted to deliver optimal performance while conserving energy and resources. We take pride in offering a comprehensive suite of services, from the initial design of your heating system to its seamless installation and continued maintenance, ensuring that you enjoy the perfect temperature, season after season.
Whether you’re an environmentally conscious homeowner looking to reduce your energy bills, a business owner seeking to improve the efficiency of your workspace, or an architect with a vision for sustainable design, Pipework Connect has the expertise and experience to meet your needs.
At Pipework Connect, we’re not just in the business of heating; we’re in the business of transforming the way you experience warmth and comfort.
A low-temperature heating gas/hydrogen boiler system is a type of heating system that utilizes a gas/hydrogen boiler to provide warmth for a building while operating at lower water temperatures than conventional boiler systems. This technology is designed for enhanced energy efficiency and is often used in conjunction with underfloor heating or radiators with larger surface areas. By using lower water temperatures, these systems can reduce energy consumption and greenhouse gas emissions, making them more environmentally friendly. They are especially effective when employed in well-insulated structures, where they can maintain comfortable indoor temperatures while minimizing fuel usage, ultimately resulting in cost savings and a reduced carbon footprint.