prof.logo

Wavin PVC External Sewer Three-Way Junction D160/D160 87° (1753131)

SKU
244348
Ean
5907444113004
Special Price €11,98 was €16,98
In stockIn supplier's warehouse 43 pcs
Wavin PVC External Sewer Three-Way Junction D160/D160 87° (1753131)
€11,98
Shipping methods:
Self-pickup - Ganību dambis 25D | FREE
Receive from 25. till 27. November
Self-pickup | Not available
Delivery by courier | from €4.99
Receive from 27. November till 2. December
Delivery by courier | From 10kgDelivery by courier | Not available
CONVENIENT SHOPPING
CONVENIENT SHOPPING
70.000+ PRODUCTS
100.000+
PRODUCTS
DELIVERY ALL OVER LATVIA
DELIVERY ALL OVER LATVIA
CLIENT SUPPORT
CLIENT SUPPORT

More Information

Manufacturer
Wavin
Type
Trejgabali
Diameter (mm)
160mm
Diameter (mm)
160mm
Angle (°)
87°
Material
PVC
Color
Oranža
Maximum temperature (°C)
60°C
Svītrkods
5907444113004

Details

External sewage three-piece

PVC - Unplasticized PVC is a rigid material. It is characterized by high resistance to the effects of acidic and alkaline solutions, as well as high hardness and shape retention at elevated temperatures. Unplasticized PVC is chemically resistant to alcohols, oils, aliphatic hydrocarbons, gasoline, and many other chemically aggressive substances and compounds.

Structurally, each end of the pipe has a socket with a rubber sealing ring inserted into the inner surface groove. The smooth end of the pipe is marked, up to which the pipe must be inserted into the socket during installation. Thus, during installation, a 10 mm compensation gap is created, which accommodates the extension of the pipeline if the temperature of the wastewater increases.

N and S class PVC pipes are used for the collection and disposal of wastewater, if the constant temperature does not exceed +60°C. Temporary (up to 2 minutes) increase in wastewater temperature up to +100°C is permissible (at a flow rate of up to 30 l/min or 8 m/s).

*Translated using automatic translation tool

Reviews

Write a review for: Wavin PVC External Sewer Three-Way Junction D160/D160 87° (1753131)