Pipe Systems  >  PE Pipe Systems  >  Compression fittings  >  Elbow 90°


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PP Compression fittings type UNIDELTA for PE pipes, elbow 90°  

PP Compression fittings type UNIDELTA for PE pipes, elbow 90°


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  PP Compression fittings type UNIDELTA for PE pipes, angle 90° with external thread  

PP Compression fittings type UNIDELTA for PE pipes, angle 90° with external thread


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  PP Compression fittings type UNIDELTA for PE pipes, angle 90° with internal thread  

PP Compression fittings type UNIDELTA for PE pipes, angle 90° with internal thread


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PP Compression fittings type UNIDELTA for PE pipes, angle 90° with opening on the side  

PP Compression fittings type UNIDELTA for PE pipes, angle 90° with opening on the side


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PE pipe systems - maximizing performance and sustainability



 
Polyethylene Pipe Systems, commonly known as HDPE, offer a multitude of advantages for your piping needs. With its exceptional durability, flexibility, and resistance to corrosion, HDPE pipe outperforms traditional metal and plastic piping systems. Let’s explore the remarkable characteristics that make HDPE the preferred choice for long-lasting and cost-effective piping solutions.

Unmatched Corrosion Resistance: Say goodbye to the costly problems associated with rust and corrosion. Unlike metal pipes, HDPE does not rust, rot, or corrode. Its resistance to biological growth ensures extended service life and significant cost savings.

Flexible, Ductile, and Fatigue-Resistant: HDPE pipe is not rigid but rather flexible and ductile, making it highly resistant to fatigue. It can handle occasional surge events common in water distribution systems, resulting in fewer disruptions and superior performance. In fact, HDPE’s flexibility often allows for the use of thinner walls compared to other plastic pipes, maximizing efficiency.

Longevity and Reliability: Count on HDPE for a durable piping infrastructure. With a service life estimated between 50 to 100 years, HDPE delivers long-term reliability, reducing maintenance and replacement costs. Its proven track record in the natural gas industry for over 40 years speaks to its exceptional performance.


Leak-Free Joints: HDPE piping systems can be joined using heat fusion, creating permanent, leak-free connections. This reliable fusion process has been used successfully in the natural gas industry and can be easily learned by trained personnel. Additionally, HDPE pipe can be joined using Stab or Mechanical Fittings, providing versatility for various applications.

Trenchless Installation: Embrace eco-friendly trenchless technology for minimal disruption during installation. HDPE’s flexibility, tensile strength, and abrasion resistance make it an ideal choice for trenchless installations under environmentally sensitive areas such as creeks, roads, and right-of-ways. With reduced ground disruption and cost-effectiveness, HDPE ensures efficient pipeline installation.

Pipeline Rehabilitation: Revitalize aging pipelines with HDPE through slip lining and pipe bursting techniques. These methods enable cities to rehabilitate or replace older infrastructure, improving functionality and increasing capacity. HDPE’s resilience ensures a reliable and long-lasting rehabilitation solution.

Sustainability: HDPE’s eco-friendly nature adds another layer of appeal. Its manufacturing process requires less energy compared to non-plastic pipes. The lightweight design reduces transportation costs and environmental impact. The fusion joining method minimizes the need for additional fittings. Moreover, HDPE does not emit hazardous toxins during production or use, making it a safe and sustainable choice. It can also be recycled for non-pressure piping applications, promoting a circular economy.

Choose HDPE pipe systems to maximize performance, sustainability, and cost-efficiency in your piping projects. Experience the advantages of this versatile and reliable solution that ensures long-term success while minimizing environmental impact.


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Plastic pipe systems


Overview of plastic pipe systems
Technical information on ABS pipe systems
Technical information on PVC  U pipe systems
Technical information on PVC  U transparent pipe systems
Technical information on PVC  C pipe systems
Technical information on PP pipe systems
Technical information on PP-R pipe systems
Technical information on PE pipe systems
Technical information on PVDF pipe systems

Chemiedur - pipe


Technical information on UP-GF (FRP) pipe systems
UP-GF (FRP) pipes
UP-GF (FRP) molded parts and connection
UP-GF-PP (FRP) molded parts and connection
UP-GF (FRP) adhesive collars
UP-GF (FRP) loose flanges
Pot Strainer DN 200 - DN 500 Inliner PP/FRP Coated
Pot Strainer DN 200 - DN 500 Inliner FRP/CBL Coated
Angle Seat Strainer DN 200 - DN 400 Inliner FRP/CBL Coated
Manhole mad of FRP and PP/FRP

Plastic pipes


Calculator for cutting pipes
Guidelines for sawing plastic pipe
Leftovers in plastic pipe
Standardization of plastic pipes and molded parts
PVC U pipes deviations
Pressure loss in pipe systems out of PVC U, PVC C and ABS pipe systems
Distinction between Rp, R and G threads
Screw lengths for flange connections

Plastic fittings


PVC U transparent ball valves
Diaphragm valves
Block valves
Butterfly valves
Plastic needle valves

 

Plastic Valves according to ATEX


New EU guideline 2014/34/EU
Plastic Valves in EX zones
Y-Strainers PP-EL DN 15 - DN 50
Check valves PP-EL DN 15 - DN 50
Angle seat valves PP-EL DN 15 - DN 50

Bonding of plastic pipes


Bonding manual
Video showing the bonding of pipes

Plastic welding


Guidelines for extrusion welding


Grids / support grids


GFK grids
Grids out of PP -el electrically conductive
Profile support grids out of PP -el electrically conductive


Molded ventilation parts


Ventilation technology


Chemical hose


PVC transparent hose with fabric inlay


Industrial tanks and chemical containers


Dosing tanks and outer containers 35 – 1000 Liter
Salt dissolving tanks 60 -5000 Liter
Storage tanks and vats
Storage tanks for water
Safety and collecting troughs
Industrial tank delivery program
Dosing tanks with agitator
Dosing tank agitators
Dosing tanks with attachments
Dosing tanks made of sheet material
Customized chemical containers
Dosing tanks with level indicators



 

IBC TANKS/CONTAINERS


IBC screw caps DN 150/DN 200
IBC adapters out of PE
IBC adapters out of PP
MULTI FLEX BLOCK for IBC BULK CONTAINER


Attachment parts for tank construction


Vapor separators
CO2 - absorbes
Manholes
Revision nozzles
Block flange

Filter housings and filter cartridges


PENTEK 3G Slime Line filter housings
PENTEK 3G Standard filter housings
PENTEK Big Blue filter housings
PENTEK PP high temperature filter housings
PENTEK PP all nature filter housings
PENTEK filter bags for Big Blue filter housings
PENTEK surface filter cartridges
PENTEK filter cartridges for depth filtration
PENTEK filter cartridges with activated carbon
CINTROPUR filter systems
CINTROPUR water filters

Flange configurator


Blind flanges, loose flanges,  rectangular flanges

Chemical resistance


Table of chemical resistance for plastic pipe systems
 

Machined plastic parts


Inserts
Screw-in parts
Threaded fittings
Screw fittings

Milled plastic parts


Loose flanges and blind flanges made of sheet material

Static mixers


Static mixers made of plastic

Strainers


Single-type and double-type strainers
Pot strainer DN 300
Angle seat strainer DN 500


Flow meters


Variable area flow meters
Configuration tool for flow meters

Filter presses


Laboratory filter presses

Injection molded parts


Scraper made of PE for filter press

Kwerk Practice Blog


The Kwerk team blogs from the field here



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