Baxi

Advanced technology designed for seamless performance. User-friendly interface with digital display for instant feedback. Constructed with high-quality materials for durabili...

Model: Interpart Baxi Air Pressure Switch (Part Number 5137529) Enhances efficiency of Baxi heating systems Constructed for durability and reliable operation User-fri...

Powerful 2 kW output for efficient heating in various spaces. Compact dimensions: 32.5 cm (H) x 23 cm (W) x 25 cm (D) for easy placement. Two heat settings and a...

Compatible with Remeha Avanta models (P.C.B 720480201). Enhances boiler efficiency and performance for consistent heating. Straightforward installation process fo...

Engineered for reliability, ensuring seamless operation of devices. Dimensions: 100mm x 200mm; suitable for various applications. High-quality materials for excep...

Model: Interpart Limit Thermostat (248079) for optimal temperature control. Compatible with various industrial and domestic heating and refrigeration systems. Durable constru...

Model: Interpart Heat Exchanger Primary (5112431) for efficient heat transfer. Durable construction designed to resist wear and ensure long-term reliability. Comp...

Model: Interpart Baxi Pressure Switch (5114748) Robust construction for reliable operation in heating systems User-friendly design for quick and easy installation...

Part Number: 248056; designed for effective pressure management in various systems. Prevents overpressure situations, ensuring compliance with industry safety standards. Manu...

Interpart Baxi Combi Diaphragm - 3 Way Valve (248065) for efficient hot water flow management. Constructed with high-quality materials for durability and reliable perform...

Compatible with Baxi boilers; model number 248066. Optimizes boiler performance and water flow. Easy installation process for quick repairs. Durable construction for long-las...

Model: Interpart Baxi 100He Plus Diverter Valve (243341) for precise water flow management. Durable construction ensures long-term performance and resilience in heating syste...