Drainage Pipes

Solid wall PE 100 RC (Resistant to Crack) pipes type 2 for pressurized sewerage networks

2022-12-21T08:57:28+01:00

Solid wall PE 100 RC (Resistant to Crack) pipes type 2 for pressurized sewerage networks

BRIEF DESCRIPTION

High density polyethylene pipes PE 100 RC (MRS 10 MPa – σS 8,0 MPa) with a smooth inner and outer surface and high resistance to Slow Crack Growth (SCG). Type 2 (2 layers) is available with inner black colour wall (90% of the thickness) + outer brown colour wall (10% of the thickness). The diameters range goes from 75 up to 450 mm and pipes are delivered in bars.

MAIN FEATURES

100% permanent water tightness
Good flexibility
Plastic behaviour in unstable situations
Wide range of diameters and pressure classes (sizing optimization)
Wide range of fittings and special pieces, standard and customised
Inert to stray currents
High chemical resistance (ISO/TR 10358)
High abrasion resistance
High shock absorption capacity
Recyclable

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Solid wall PE 100 RC (Resistant to Crack) pipes type 1 for pressurized sewerage networks

2022-12-21T08:48:38+01:00

Solid wall PE 100 RC (Resistant to Crack) pipes type 1 for pressurized sewerage networks

BRIEF DESCRIPTION

High density polyethylene pipes PE 100 RC (MRS 10 MPa – σS 8,0 MPa) with smooth inner and outer surface and high resistance to Slow Crack Growth (SCG). Type 1 (1 layer) is  available in black colour (with or without coextruded brown stripes on the outer surface). The diameters range (OD) goes from 75 up to 1200 mm and pipes are delivered in bars.

MAIN FEATURES

100% permanent water tightness
Good flexibility
Plastic behaviour in unstable situations
Wide range of diameters and pressure classes (sizing optimization)
Wide range of fittings and special pieces, standard and customised
Inert to stray currents
High chemical resistance (ISO/TR 10358)
High abrasion resistance
High shock absorption capacity
Recyclable

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Geolocation and referencing system for underground networks – Pipe Tracer

2024-07-04T08:49:23+02:00

Geolocation and referencing system for underground networks – Pipe Tracer

GENERAL DESCRIPTION

High-precision geolocation system + referencing of underground network infrastructures, to be positioned on the outer upper generatrix of the pipes during installation. The system is composed of:

  • A small steel cable completely coated with polyethylene to be isolated and protected from the aggressiveness of the surrounding environment (soil pH, stray currents, water)
  • Straight and TEE connectors for watertight connections between the cables
  • Plastic connection boxes for the introduction of the electromagnetic signal, equipped with two stainless steel fins to allow grounding
  • Connection jack to the connection box for the introduction of the electromagnetic signal
  • Small cast iron terminal manholes to house the individual connection boxes when placed on pedestrian or vehicular pathways
  • “WBH”* plastic frames, fixable to cement, plastic walls (manholes, valves and water meter boxes), or poles, for positioning and securing the connection boxes and grounding connection
  • RFID (Radio Frequency Identification) tags – on request – for recording and reading of referencing information of individual network sections, placed inside the cast iron terminal manholes or on the WBH frame

The installed system remains passive throughout its lifetime but can be activated at any time by introducing an electromagnetic signal from any connection box via a specific generator (external portable). This condition makes the cable continuous sly traceable by appropriate instruments (available on the market in various brands and types) with a high degree of precision, obtaining 3D GPS coordinates. The RFID tags are writable and readable with specific instruments or simple smartphones equipped with NFC technology.

* WBHWall Box Holder

MAIN FEATURES

High degree of 3D localization accuracy
Creation of precise underground maps
Enhanced safety for construction workers
Reduced intervention times when necessary
Deterrent against negligent installation (exact detection of position and depth of buried pipes)
Durability (chemical and electrical inertia)
Suitable for any type of material, shape, and size of buried pipes
Electromagnetic signal suitable for any type of service (water, gas, energy, telephony, optical fibers, etc.)
Ease and speed of installation
Specialized watertight fittings
Referencing system for individual sections of pipelines

Components

The Pipe Tracer geolocation system brings significant operational advantages to utilities, impacting moderately on the extra cost for project execution borne by the contractor. It represents an optimal trade-off between costs and benefits.

In this regard, companies SOLIMENO, BICICCHI, and CERAGIOLI have won important tenders in the TUSCANY REGION by proposing this innovative system for georeferencing underground pipelines to contracting authorities (GAIA and NUOVE ACQUE). Network managers also need to carry out fast and cost-effective interventions while minimizing disruption to the populations in affected areas (excavations on roads and/or sidewalks), thereby avoiding damage to other underground infrastructures and service interruptions.

With Pipe Tracer, there is effectively a perfectly traceable infrastructure mapped in terms of both plan and altitude (3D coordinates), with a high degree of precision, regardless of the type, diameter, and material of the pipes to be traced. This ensures the operators to avoid any damages to the existing buried networks.

References

TUSCANY REGION

[dicembre 4th, 2019|Products FocusReferences]

CorPress – double shell mechanical joint for corrugated pipes with high sealing performances

2024-09-05T10:09:03+02:00

CorPress – double shell mechanical joint for corrugated pipes with high sealing performances

BRIEF DESCRIPTION

Double shell mechanical joint with high sealing performances, for corrugated pipes (PE and PP).
The outer wall is made of polypropylene (PP), and the inner one, which is made of TPE, has a specific shape designed to adhere to the entire outer surface of the pipes that need to be connected. This feature increases the hydraulic seal performances (compared to the traditional systems ones) and adds an anti-slip ability, both particularly useful in specific applications and installation techniques. The union between the two shells that compose the joint takes place on the construction site with stainless steel screws and bolts, which need to be fitted and tightened following the specifications submitted by the producer.

PLEASE NOTE:  the corrugated shape of the TPE inner wall of CorPress joints, was designed and made following the external shapes of corrugated pipes made by System Group companies mentioned in the current product page. Therefore, we cannot grant any tightness guarantee in case of usage on corrugated pipes manufactured by other producers.

MAIN FEATURES

High tightness reliability
Easy to install
Anti-slip ability
Training on the repair kit
Eligible for vertical wall or under roof installations (ex. Bridges and viaducts)
High shock absorption capacity

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CERTIFICATES:

FUTURA SYSTEMS

APPLUS CORPRESS JOINTS

PVC BUILDING – PVC solid wall pipes for building applications

2023-07-20T08:24:30+02:00

PVC BUILDING – PVC solid wall pipes for building applications

BRIEF DESCRIPTION

Solid wall pipes made of polyvinyl chloride (PVC) with smooth inner and outer surface, available in orange colour (RAL 2008). ). The diameters range goes from (OD) 40 up to 400 mm, and pipes are delivered in bars of 3-2-1 m length, with glue socket connection system. Pipes are used for non-pressurized gas unloading and distribution systems inside buildings or buried near the building structure.

MAIN FEATURES

Glue socket connection system
Wide range of standard moulded fittings
High chemical and abrasion resistance
Inert to stray currents

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SGPVC Sewer – PVC solid wall pipes for sewerage networks

2024-08-26T14:02:57+02:00

SG-PVC Sewer – PVC solid wall pipes for sewerage networks

BRIEF DESCRIPTION

Solid wall pipes made of polyvinyl chloride (U/D-PVC), available in brick-red colour (RAL 8023). The diameters range (OD) goes from 110 up to 500 mm. Standard pipes are delivered in 3 or 6m lengths with a built-in socket provided with a gasket. Glue connection available on demand. They are used for the construction of non-pressurized waste systems, outside the buildings (code: “U”), buried inside the building (code: “D”).

For Circular Economy goals, pipes can be partially made (on demand) with recycled material, guaranteed by PSV mark (Plastica Seconda Vita – Second Life Plastic).

MAIN FEATURES

Ring stiffness: SN 2 – 4 – 8
“ICE” certification (impact resistance test at -10°C for installation in cold climates) with marking☸
Standard socket connections with sealing lip-gasket made of EPDM (EN 681)

On demand:
– Socket connections with DINLOCK gasket type (with hard insert made of PP). Cold insertion (EN 681)
– Socket connections with POWERLOCK gasket type (with hard insert made of PP). Warm insertion (EN 681)
– Glue socket connections

PSV mark (Plastica Seconda Vita – Second Life Plastic) on demand)
High chemical and abrasion resistance
Inert to stray currents
It can be provided with PIPE TRACER , the 3D (altimetric map) tracking system for underground pipelines.
Wide range of standard moulded fittings

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HDPE solid wall pipes for non-pressure networks

2024-07-02T09:24:28+02:00

HDPE solid wall pipes for non-pressure networks

BRIEF DESCRIPTION

Solid wall pipes made of high density polyethylene (HDPE) with a smooth inner and outer surface, available in black colour (with or without external coextruded coloured stripes). The diameters range (OD) go from 20 up to 1200 mm and pipes are delivered in bars.

MAIN FEATURES

100% permanent water tightness
Long-range bending
Low modulus of elasticity
Plastic behaviour in unstable situations
Wide range of fittings and special pieces, standard and customized
Inert to stray currents
High abrasion and chemical resistance (ISO/TR 10358)
High shock absorption capacity
Recyclable

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Slow Flow – PE corrugated pipes for high slopes networks

2022-04-28T10:07:40+02:00

Slow Flow – PE corrugated pipes for high slopes networks

BRIEF DESCRIPTION

Double wall corrugated pipes made of high density polyethylene (HDPE), with a corrugated outer surface and provided with artificial macro roughness (AMR) in the inner surface. Pipes are available in black colour, with a diameters range (DN/OD) that goes from 200 up to 500 mm. They are delivered in bars and are used for the construction of drainage systems laid at a high slope on which it is necessary to slow down the flow speed of fluids. The hydraulic behaviour was tested at a qualified test laboratory of a university engineering faculty in Italy.

MAIN FEATURES

Ring stiffness: SN 8slowflow (2)
Corrugated outer wall and wavy inner surface
Ability to slow down the speed of water up to slopes of 20%
Reduction of height and number of drop manholes
Socket or coupling connections with sealing gasket
Pipes can be connected with the CorPress joint
Lightweight and easy to install
High chemical and abrasion resistance
Inert to stray currents
Recyclable

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SGK HDPE spiral pipes for sewer and drainage systems

2024-07-04T13:51:58+02:00

SGK HDPE spiral pipes for sewer and drainage systems

BRIEF DESCRIPTION

HDPE structured wall pipes made through spiral winding technology which find application in non-pressure underground sewerage and drainage systems. Other possible applications are for: culverts (road and railway embankments crossing) syphons, under low pressure operating networks and for construction of inspection manholes, water storage and waste wastewater treatments.  They consist of a smooth inner surface for water flowing and a smooth or profiled outer one (in different shapes and sizes) that determines the ring stiffness. All pipe lengths are provided with an integrated junction socket and the respective spigot for the electrofusion or with grooves for the sealing gasket junction system. The diameters range (DN/ID) goes from 800 up to 2500 mm.

Ring stiffness:

Standard  EN 13476 Standard  DIN 16961
SN2 (2 kN/m2) Class 3 (SR24 8 kN/m2)
SN4 (4 kN/m2) Class 4 (SR24 16 kN/m2)
SN8 (8 kN/m2) Class 5 (SR24 31,5 kN/m2)
SN16 (16 kN/m2) Class 7 (SR24 125 kN/m2)

The two classifications of the ring stiffness according to the two distinct standards are not correlated, as they are data obtained through tests with different methods and times.

MAIN FEATURES

Wide range of diameters
Smooth or profiled outer surface
Wide range: of structured profiles à moment of inertia àring stiffness
Integrated socket connections with the electrofusion technology
High reliability of connections tightness
Socket and gasket connection system available
Lightweight and easy to install
High chemical and abrasion resistance
Inert to stray currents
Color availability: entirely black or blue inside/black outside

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Solid wall HDPE pipes for pressurized sewerage networks

2022-12-14T12:00:41+01:00

Solid wall HDPE pipes for pressurized sewerage networks

TECHNICAL SPECIFICATION

HDPE solid wall pipes, black, or black with brown stripes, for gravity sewerage systems.

FOR THE PIPES CORRESPONDING TO THE NORM

Completely compliant with UNI EN 12666-1, with nominal diameter … mm, ring stiffness class SN …

FOR THE PIPES WITH PSV MARK

The pipes shall have the appearance, dimensions, physical and mechanical properties according to UNI EN 12666-1, with external nominal diameter …mm, ring stiffness class SN… . The pipes shall be entirely produced of HPDE obtained through revalorization of plastic scraps from separate waste, according to UNI 10667. The production chain of raw material shall be guaranteed by PSV Mark (Plastica Seconda Vita). with environmental branding according to UNI EN ISO 14021, certified by IIP. Product marking shall bear all the information necessary to trace the origin of the raw matter, and the corresponding mark, which guarantees the material origin.

FOR PRESSURISED SYSTEMS

Supply of HDPE black, or black with brown stripes pipes, for sewerage under pressure or in depression. The nominal external diameter is …mm, SDR … (PN…), completely complying to the UNI EN 12201-2, with certificate issued by third party accredited according to UNI CEI EN ISO/IEC 17065 and UNI CEI EN ISO / IEC 17020 (certification of product compliance).

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Plug&Play – coupler/socket for PE pressure pipes

2024-07-02T09:28:46+02:00

Plug&Play – coupler/socket for PE pressure pipes

BRIEF DESCRIPTION

Push-to-connect double coupler made of polypropylene (PP) for PE pipes up to PN16, provided with double lip sealing gaskets and special anti-slipping rings. Elbow and tee shapes are available too. The diameters range (DN) goes from 20 up to 250 mm (OD pipes), but is also possible to request reduced sizes. The range for PE100 PN16 pipes from ɸ 20 to 63 mm requires the adoption of a “pipe liner” inside the end of the pipe to be connected. The socket version is made of PE from DN 90 up to 250 mm (PN 16-10), then butt-welded on one end of the pipe in the factory before the shipment (on-site welding is possible too).

MAIN FEATURES

High tightness reliability
Easy and fast to install
Wide range of diameters
Inert to stray currents
High chemical resistance (ISO/TR 10358)
High shock absorption capacity
Recyclable

 

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Hydro16 PP corrugated pipes for Non-pressure networks

2024-06-20T17:28:37+02:00

Hydro16 PP corrugated pipes for Non-pressure networks

BRIEF DESCRIPTION

Double wall corrugated pipes made of polypropylene (PP) for non-pressure systems, with a smooth and orange inner surface and a corrugated black outer one. The range of Outer Diameters (DN/OD) goes from 200 up to 1200 mm, while the range of Inner Diameters (DN/ID) goes from 250 up to 1000 mm. Pipes are delivered in bars.


MAIN FEATURES

High ring stiffness: SN 16
Wide range of diameters
Socket or coupling connections with gasket
Lightweight and easy to install
High chemical and abrasion resistance
Inert to stray currents
Recyclable

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SGS – Composite PE + steel spiraled pipes for non-pressure networks

2021-07-09T10:46:37+02:00

SGS – Composite PE + steel spiraled pipes for non-pressure networks

BRIEF DESCRIPTION

Structured wall pipes made through spiral winding technology that consist of composite profiles of PE and steel. They find application in non-pressure underground sewerage and drainage systems and road embankment crossing. The profiles consists of a smooth inner wall for water flowing, a middle steel section, all coated by a smooth outer surface of PE. All pipe lengths are provided with an integrated junction socket and the respective smooth spigot for the electrofusion or with grooves for the sealing gasket junction system. The diameters range (DN/ID) goes from 800 up to 2000 mm.

Ring stiffness:

CLASS A B C
Rigidity PS

kPa

Pipe deflection = 3% 415 620 830
Pipe deflection = 5% 325 485 645
Pipe deflection = 8% 215 325 430

The assembly method used to put together the inner and outer PE walls and the middle steel profile is mechanical (not chemical from adhesive substances).

MAIN FEATURES

Wide range of diameters
Flat outer surface
PE and steel profiles are putted together using a mechanical assembly method (no use of chemical tackifiers)
Socket connections with electrofusion technology or with sealing gasket
High reliability of connections tightness
Lightweight and easy to install
High chemical and abrasion resistance
Inert to stray currents

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CERTIFICATES:

CENTRALTUBI

IIP UNI 11434 2012

MAGNUM HDPE double wall corrugated pipe for non-pressure networks

2024-07-02T09:32:59+02:00

MAGNUM HDPE double wall corrugated pipe for non-pressure networks

BRIEF DESCRIPTION

Double wall corrugated pipes made of high density polyethylene (HDPE) with a smooth inner surface and a corrugated outer one, available in black colour.
The Outer Diameter (OD) goes from 125 up to 1200 mm, while the Inner Diameter (ID) goes from 250 up to 1000 mm. Pipes are delivered in bars.

MAIN FEATURES

Wide range of diameters
Ring stiffness: SN 4-8
Smooth on the inside and corrugated on the outside
Socket or coupling connections with double sealing gasket
Lightweight and easy installation
High chemical and abrasion resistance
Inert to stray currents
Recyclable

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