Grohe Bath mixer with thermostat Precision Flow chrome 34798000
Price in EUR including VAT
Delivered between Wed, 3/6 and Wed, 10/6
Only 1 piece in stock at supplier
Only 1 piece in stock at supplier
free shipping
jib length4
Product details
The Precision Flow bathtub faucet with thermostat from Grohe combines modern design with innovative technology. This faucet is specifically designed for wall mounting and offers user-friendly operation through its precise thermostat control. With an elegant chrome finish, it seamlessly integrates into any bathroom environment, providing an appealing look. The round shape of the faucet contributes to a contemporary aesthetic and allows for easy integration into existing bathroom concepts. The spout reach of 81 millimeters ensures comfortable use, while the high-quality metal construction guarantees durability and stability. This faucet is not only functional but also a stylish element in your bathroom.
- Precise thermostat control for optimal water temperature
- Elegant chrome finish for contemporary design
- High-quality metal construction for durability and stability.
Colour | Silver |
Material group | Metal |
fitting design | Heat governor |
threaded connector | 1/2“ |
jib length | 81 mm |
Item number | 31287011 |
Manufacturer | Grohe |
Category | Shower + Bathtub faucets |
Manufacturer No. | 34798000 |
Release date | 22/9/2022 |
Colour | Silver |
Exact colour description | Chromed |
Material group | Metal |
Material | Metal |
fitting design | Heat governor |
threaded connector | 1/2“ |
tap form | Round |
mounting style | Surface wall mounting |
Max. Flow rate at 3 bar | 17 l/min |
CO₂ emissions | 3,77 kg |
Climate contribution | EUR 0,12 |
jib length | 81 mm |
Length | 70 mm |
Height | 70 mm |
Weight | 2.50 kg |
Product Safety |
Length | 35.20 cm |
Width | 11.90 cm |
Height | 10.50 cm |
Weight | 1.62 kg |
Specifications may include unverified machine translations.
14-day cancellation right
30-day right of return
30-day right of return
24 Months statutory warranty
Legal concerns