DB 5000 Domestic Boiler Inhibitor

DB 5000 is a high-performance central heating inhibitor designed to protect domestic heating systems against corrosion, limescale build-up, and sludge formation. By maintaining water quality inside your heating circuit, DB 5000 helps your boiler run more efficiently, reduces energy bills, and extends the life of your entire heating system.

✔ Protects against corrosion & scale
✔ Reduces sludge formation
✔ Safe for all metals including aluminium
✔ Easy one-bottle dosing for domestic systems

Order DB 5000 today for cleaner, more efficient heating.

 Why Use DB 5000 in Your Heating System?

Central heating systems are vulnerable to scale, rust, and sludge. Left untreated, these problems cause:

• Noisy boilers & reduced efficiency
• Cold spots in radiators
• Higher energy bills
• Risk of system breakdown and expensive repairs

DB 5000 prevents these issues with a proven blend of corrosion inhibitors and scale control agents, keeping your system in peak condition.

How to Use DB 5000

• One 1L bottle treats up to 100 litres of system water (standard household system).
• Add directly via feed and expansion tank or a suitable dosing point.
• Use after power-flushing or system cleaning for best results.
• Safe for use with all boiler types, including combi and condensing systems.

Technical & Safety Information

• Contains: sodium molybdate, nitrites, azoles, scale inhibitors
• CLP Classification: Warning – Causes serious eye irritation (H319)
• Precautions: Wear gloves/eye protection. Avoid contact with skin and eyes.
• Storage: Keep sealed, store in a cool, dry place.
• Dispose of container responsibly in line with local regulations.

Why Choose DB 5000 from Chemiphase?

• Manufactured in the UK to strict quality standards
• Trusted supplier to domestic & industrial markets
• Over 25 years of expertise in water treatment chemistry
• Available direct with fast delivery

Protect your heating system today – buy DB 5000 now and enjoy a longer-lasting, more efficient central heating system.