Water main pipes
SSAB's welded steel pipes can be used in water mains, where the normal maximum operating pressure is 16 bar. Water main pipe size fittings are delivered for diameters ≥ DN 400.
DownloadsSSAB's welded steel pipes can be used in water mains, where the normal maximum operating pressure is 16 bar. Water main pipe size fittings are delivered for diameters ≥ DN 400.
DownloadsPipe joints connect pipes and fittings into an integrated pipeline.
Joints can be divided into two main types: tension resistant and non-tension resistant. Joints may also be divided by application.
Internally and externally coated pipe fittings can be easily joined to each other.
Besides standard fittings, SSAB also delivers fittings for water main pipe sizes tailored to customer specifications, considerably improving the modifiability of the system.
External and internal coatings ensure the long life of steel water main pipes.
SSAB delivers water main pipe materials with external polyethylene coating and an internal concrete or epoxy layer suitable for use with drinking water. There are also suitable inside coatings for sewage and rainwater.
Availability and weights per metre of water mains
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*) The dimensions recommended by SSAB
Most common steel grades of SSAB’s pressure pipes. Against special order, the piles may also be delivered in other steel grades.
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Contact our sales to order spirally welded pipes and water mains from SSAB's stock or straight from the mill.
SSAB applies the General Conditions, ALBIF 2000, for deliveries with the addition that the parties will comply with applicable legislative and regulatory requirements and refrain from participating in any corrupt business practices.
The technical terms of delivery for pressure pipes manufactured by SSAB are in accordance with the EN 10217-5.
Pressure pipes are delivered with bundle tags and SSAB's pile markings to enable full traceability and identification.
Type 3.1 material certificate according to the standard EN 10204 and PED certificate according to 97/23-EC will be provided.
SSAB develops new products and services in order to improve our customers’ performance in sustainability and overall efficiency.
Life cycle assessment data for SSAB’s products are available in the form of Environmental product declarations (EPDs). Manufacturing chain from raw material to finished product is carefully managed.
SSAB has introduced CE marking for infrastructure products. Declarations of Performance (DoP) indicate the technical characteristics of CE-marked products.
Luleå is a region in growth. Its existing water and waste system is now 60-100 years old and in great need of upgrading to deal with the growing population. By 2040, the population is expected to reach 100 000 inhabitants. “Östre länken” was initiated in 2014 and will be ready in 2026. It consists of 4 new pumping stations and 20 km of water pipes with a diameter of up to 2 meters. This is Luleå Municipality’s biggest construction project ever and has an estimated price tag of up to SEK 2bn. There are already 70 pumping stations in the area to ensure the transportation of fresh water from the Lule River to end users and then transport the used water back to Uddebo wastewater treatment plant.
LOGSTOR Finland delivered to Helen Vuosaari power plant district heating pipe line that were produced with thinner steel core pipelines made of higher strength steel. This was the first large size project for Helen to use higher strength steel in district heating pipeline. Higher steel grade enables customer to use lower material thickness tubes in steel core of pipelines which not only reduce weight of the pipes during the transportation but also prolongs lifetime of the pipelines. Power plant is benefiting of the longer lifetime compared with traditional solution and at the same time environment aspect with lower carbon footprint are enabled.
In the project ‘Reconstruction of Klaipeda Northern Breakwater’, the entrance of the harbour of Klaipeda was strengthened and renewed. In the course of this construction work, a retaining wall was built underwater at the foot of the breakwater at the narrowest point of the entrance. Through the installation of this wall, it was possible to design a rectangular cross-section between the northern and southern breakwaters, thus achieving a depth independent of the breakwater slope. Main contractor for the project was Depenbrock Ingenieurwasserbau GmbH & Co. from Germany.