Cover Radiator Pipe Plastic Rosette Covers for Radiator and Pipe, Universal Fit 8-30mm Opening (Black)

• {High-quality plastic}: Our pipe collar is made of high-quality PP plastic with a black surface and is high quality and durable. The radiator hose cover also has excellent heat resistance, good toughness and corrosion resistance, and is not easy to deform.
• {Package Includes}:This package of pipe covers includes 20 pieces black pipe collars, put an end to your daily use.
• Decorative pipe cover: cover for radiators, perfectly integrates with the hose. It can also cover visible pipes and play a decorative role. It will make your home more beautiful and refined.
• {Easy to install}The method of sealing the plastic pipe of the pipeline is by snap fastening, open the buckle switch and attach the pipe. It only takes a few seconds to install the radiator pipe cover into the hole without disconnecting the hose, which is easy and fast.
• {Wide Range of Applications}: the outer diameter of the radiator rosette is 6 cm and the inner diameter is 3 cm. It is suitable for pipes with a diameter of 8-30 mm, such as heating pipes, fittings and heating pipes exposed to the floor, plastic pipes and so on. It is an essential item for your home.

Pack of 20 radiator pipe covers, cover rosette heating pipe, radiator rosettes, plastic radiator pipe covers, pipe cuff, universal for 8-30 mm pipe opening. The radiator of the hose is made of durable PP plastic, easy to install and is simple and elegant, perfect for decoration. All pipes within 30mm can be securely fastened with the internal clip design. It has good heat resistance, corrosion resistance and can be used for a long time. Product information: Material: PP plastic. Color: Black Hole diameter: 8-30 mm. Outer diameter: 60 mm. Quantity: 20 pieces. Package includes: 20 x Radiator Cover Rosette Please note: 1. Please allow slight dimension difference due to different manual measurement. 2. Due to the different display, there may be colour differences. The colour of the item may vary slightly from the actual product.