Mayer Stainless Roll Groove

Quality systems, built for New Zealand conditions.

Select Product

Premium 316L Stainless Steel  (EN 1.4404)

Available in 133 mm - 325 mm, Roll Groove delivers a robust option for:

·       Potable water distribution
·       Heating and cooling water
·       Chilled water / condenser systems
·       Industrial and process water
·       Large-scale plant rooms and infrastructure

Roll-grooved stainless provides predictable tolerances, clean alignment, and compatibility with standard mechanical couplings, supporting reliable performance across high-demand installations.

For guidance on system selection, coupling compatibility or project-specific requirements, contact USCO for technical support.

Sub-heading

Premium 316L Stainless Steel  (EN 1.4404)

Available in 133 mm - 325 mm, Roll Groove delivers a robust option for:

Roll-grooved stainless provides predictable tolerances, clean alignment, and compatibility with standard mechanical couplings, supporting reliable performance across high-demand installations.

For guidance on system selection, coupling compatibility or project-specific requirements, contact USCO for technical support.

Enquire now

V-Press Profile   + EPDM O-Ring

Consistent, reliable sealing, press after press.

  Mayer fittings use a V-press profile with premium EPDM O-rings for proven performance across a wide range of applications. Tight tolerances and consistent groove geometry provide clean, repeatable seals every time.

Enquire now

Leak Path

A jointing system designed for installers.  

Leak Path: Any unpressed joint leaks at test stage, making misses easy to spot.

Press to finish: Once pressed, connections are permanently sealed.

Crimp indicator: A cellophane press indicator provides quick visual confirmation in real install conditions.  

It’s faster, safer, and cuts out the costly rework associated with welded or threaded systems.

Enquire now

Clear Markings & Full Traceability

All pipe and fittings are clearly marked with:

• Material grade (316L)
• Pressure & temperature ratings
• Dimensions
• Certification marks
• Batch traceability

Confidence for installers.

Enquire now

Specifications

Mayer Stainless Press 316L EPDM

Complete System Range  (15–108 mm)

All pipes are compliant with AS 5200.053 and  supplied in straight 5.8 m lengths, with outside  diameters from 15 mm to 108 mm.

Larger Diameters

For pipe sizes above 108 mm, refer to:  Mayer 316L Roll Groove (link)

Approved Press-Fit Tools

Only REMS and Zupper press tools are approved  for use with Mayer stainless, in line with warranty   requirements.   

See the Technical Downloads section below for   product brochure and for tools available for   purchase or hire.

Operating Temp

-20ºC to 99ºC

Pressure Rating

16 Bar

Aquatherm Pipe Dimensions

Pipe Dimensions

Aquatherm Green S

Aquatherm Green MF

Aquatherm Green MFRP

16mm

●

20mm

●

25mm

●

32mm

●

40mm

●

50mm

●

63mm

●

75mm

●

90mm

●

110mm

●

125mm

●

160mm

●

200mm

●

250mm

●

315mm

●

355mm

●

400mm

●

450mm

●

500mm

630mm

Tube Specification

These specifications are valid for both 316L  and 304 stainless steel.

Nominal Size

Inside Diameter

Outside Diameter

Wall Thickness

Dry Weight kg/m

Wet Weight kg/m

Volume l/m

Tube Length

DN15

1.0

0.351

0.484

0.133

5.8

DN20

1.2

0.625

0.928

0.302

5.8

DN25

1.2

0.805

1.321

0.515

5.8

DN32

1.5

1.258

2.062

0.804

5.8

DN40

1.2

1.521

2.718

1.195

5.8

DN50

1.5

1.972

4.015

2.043

5.8

DN65

76.1

2.0

3.711

7.794

4.083

5.8

DN80

88.9

2.0

4.352

10.58

6.232

5.8

DN100

108

2.0

5.308

13.810

8.495

5.8

Warranty

The Mayer stainless press-fit system is engineered for a 50-year service life and is guaranteed against leakage for 25 years when installed to specification.

Liability

Mayer provides a 10-year liability warranty covering material damage to third parties, including investigation, removal, replacement, exposure, or disassembly of defective components.

For full details, refer to the Mayer Warranty Statement in the downloads section.

Fields of Application

Pure Water & RO
Pure water and RO systems demand chemically stable, contamination-free materials. Even minor breakdown can compromise performance. System integrity and compliance are critical from day one.
Potable Water
Potable systems must protect water quality from source to tap. Materials need to be non-leaching, corrosion-resistant and built to meet recognised standards. Long-term reliability isn’t optional, it’s expected.
Non potable Water
Non-potable systems still demand durability and fit-for-purpose design. Variable water quality and reuse applications require corrosion-resistant, reliable materials.
Rainwater Harvesting
Rainwater systems manage variable water quality and environmental exposure. Long-term durability and reliable jointing underpin effective reuse.
HVAC
Heating and cooling networks operate under temperature swings, vibration and continuous load. Long-term efficiency relies on corrosion resistance, joint integrity and consistent system performance.
Glycol Cooling Water
Closed-loop glycol systems run under constant thermal cycling and pressure. Performance depends on corrosion resistance, diffusion control and stable flow over time. Cooling reliability starts with engineered materials.
Industrial Piping
Industrial systems operate under pressure, temperature fluctuation and continuous load. Performance depends on corrosion resistance, material compatibility and compliance with recognised standards.
Compressed Air
Compressed air networks run under constant pressure and mechanical stress. Corrosion resistance, seal integrity and safe long-term performance are essential.
Geothermal
Geothermal systems operate below ground for decades. Materials must handle pressure, ground conditions and continuous temperature exchange without degradation.
Chemical Transport
Chemical systems require strict compatibility and stable containment. Media, temperature and concentration all influence material choice. Performance depends on selecting the right solution for the environment.
Sport and Industrial Floor Heating
Large-scale radiant systems must deliver even heat across significant areas. Once installed, access is limited, so durability, oxygen control and long-term thermal stability matter.
Fire Protection
Fire systems must perform instantly, often after years of inactivity. Corrosion resistance, clear flow paths and compliance-driven design are fundamental.
Radiant Heating
From residential slab heating to large-scale commercial floor systems, radiant projects demand stable temperatures and long-term performance. Once embedded, access is limited, so compliance, oxygen control and material reliability must be right from the start.
Gas
Gas systems demand absolute integrity. Materials, jointing and sealing must meet recognised gas compliance standards and perform without compromise under pressure.
Data Centre Cooling
Data centre cooling supports mission-critical uptime. Thermal stability, corrosion resistance and scalable system integrity are central to performance.
In Ground
In-ground systems need to perform long term under pressure, movement and changing ground conditions. Durability, joint integrity and long-term system reliability are central to performance
Pure Water & RO
Pure water and RO systems demand chemically stable, contamination-free materials. Even minor breakdown can compromise performance. System integrity and compliance are critical from day one.
Potable Water
Potable systems must protect water quality from source to tap. Materials need to be non-leaching, corrosion-resistant and built to meet recognised standards. Long-term reliability isn’t optional, it’s expected.
Non potable Water
Non-potable systems still demand durability and fit-for-purpose design. Variable water quality and reuse applications require corrosion-resistant, reliable materials.
Rainwater Harvesting
Rainwater systems manage variable water quality and environmental exposure. Long-term durability and reliable jointing underpin effective reuse.
HVAC
Heating and cooling networks operate under temperature swings, vibration and continuous load. Long-term efficiency relies on corrosion resistance, joint integrity and consistent system performance.
Glycol Cooling Water
Closed-loop glycol systems run under constant thermal cycling and pressure. Performance depends on corrosion resistance, diffusion control and stable flow over time. Cooling reliability starts with engineered materials.
Industrial Piping
Industrial systems operate under pressure, temperature fluctuation and continuous load. Performance depends on corrosion resistance, material compatibility and compliance with recognised standards.
Compressed Air
Compressed air networks run under constant pressure and mechanical stress. Corrosion resistance, seal integrity and safe long-term performance are essential.
Geothermal
Geothermal systems operate below ground for decades. Materials must handle pressure, ground conditions and continuous temperature exchange without degradation.
Chemical Transport
Chemical systems require strict compatibility and stable containment. Media, temperature and concentration all influence material choice. Performance depends on selecting the right solution for the environment.
Sport and Industrial Floor Heating
Large-scale radiant systems must deliver even heat across significant areas. Once installed, access is limited, so durability, oxygen control and long-term thermal stability matter.
Fire Protection
Fire systems must perform instantly, often after years of inactivity. Corrosion resistance, clear flow paths and compliance-driven design are fundamental.
Radiant Heating
From residential slab heating to large-scale commercial floor systems, radiant projects demand stable temperatures and long-term performance. Once embedded, access is limited, so compliance, oxygen control and material reliability must be right from the start.
Gas
Gas systems demand absolute integrity. Materials, jointing and sealing must meet recognised gas compliance standards and perform without compromise under pressure.
Data Centre Cooling
Data centre cooling supports mission-critical uptime. Thermal stability, corrosion resistance and scalable system integrity are central to performance.
In Ground
In-ground systems need to perform long term under pressure, movement and changing ground conditions. Durability, joint integrity and long-term system reliability are central to performance
Pure Water & RO
Pure water and RO systems demand chemically stable, contamination-free materials. Even minor breakdown can compromise performance. System integrity and compliance are critical from day one.
Potable Water
Potable systems must protect water quality from source to tap. Materials need to be non-leaching, corrosion-resistant and built to meet recognised standards. Long-term reliability isn’t optional, it’s expected.
Non potable Water
Non-potable systems still demand durability and fit-for-purpose design. Variable water quality and reuse applications require corrosion-resistant, reliable materials.
Rainwater Harvesting
Rainwater systems manage variable water quality and environmental exposure. Long-term durability and reliable jointing underpin effective reuse.
HVAC
Heating and cooling networks operate under temperature swings, vibration and continuous load. Long-term efficiency relies on corrosion resistance, joint integrity and consistent system performance.
Glycol Cooling Water
Closed-loop glycol systems run under constant thermal cycling and pressure. Performance depends on corrosion resistance, diffusion control and stable flow over time. Cooling reliability starts with engineered materials.
Industrial Piping
Industrial systems operate under pressure, temperature fluctuation and continuous load. Performance depends on corrosion resistance, material compatibility and compliance with recognised standards.
Compressed Air
Compressed air networks run under constant pressure and mechanical stress. Corrosion resistance, seal integrity and safe long-term performance are essential.
Geothermal
Geothermal systems operate below ground for decades. Materials must handle pressure, ground conditions and continuous temperature exchange without degradation.
Chemical Transport
Chemical systems require strict compatibility and stable containment. Media, temperature and concentration all influence material choice. Performance depends on selecting the right solution for the environment.
Sport and Industrial Floor Heating
Large-scale radiant systems must deliver even heat across significant areas. Once installed, access is limited, so durability, oxygen control and long-term thermal stability matter.
Fire Protection
Fire systems must perform instantly, often after years of inactivity. Corrosion resistance, clear flow paths and compliance-driven design are fundamental.
Radiant Heating
From residential slab heating to large-scale commercial floor systems, radiant projects demand stable temperatures and long-term performance. Once embedded, access is limited, so compliance, oxygen control and material reliability must be right from the start.
Gas
Gas systems demand absolute integrity. Materials, jointing and sealing must meet recognised gas compliance standards and perform without compromise under pressure.
Data Centre Cooling
Data centre cooling supports mission-critical uptime. Thermal stability, corrosion resistance and scalable system integrity are central to performance.
In Ground
In-ground systems need to perform long term under pressure, movement and changing ground conditions. Durability, joint integrity and long-term system reliability are central to performance
Pure Water & RO
Pure water and RO systems demand chemically stable, contamination-free materials. Even minor breakdown can compromise performance. System integrity and compliance are critical from day one.
Potable Water
Potable systems must protect water quality from source to tap. Materials need to be non-leaching, corrosion-resistant and built to meet recognised standards. Long-term reliability isn’t optional, it’s expected.
Non potable Water
Non-potable systems still demand durability and fit-for-purpose design. Variable water quality and reuse applications require corrosion-resistant, reliable materials.
Rainwater Harvesting
Rainwater systems manage variable water quality and environmental exposure. Long-term durability and reliable jointing underpin effective reuse.
HVAC
Heating and cooling networks operate under temperature swings, vibration and continuous load. Long-term efficiency relies on corrosion resistance, joint integrity and consistent system performance.
Glycol Cooling Water
Closed-loop glycol systems run under constant thermal cycling and pressure. Performance depends on corrosion resistance, diffusion control and stable flow over time. Cooling reliability starts with engineered materials.
Industrial Piping
Industrial systems operate under pressure, temperature fluctuation and continuous load. Performance depends on corrosion resistance, material compatibility and compliance with recognised standards.
Compressed Air
Compressed air networks run under constant pressure and mechanical stress. Corrosion resistance, seal integrity and safe long-term performance are essential.
Geothermal
Geothermal systems operate below ground for decades. Materials must handle pressure, ground conditions and continuous temperature exchange without degradation.
Chemical Transport
Chemical systems require strict compatibility and stable containment. Media, temperature and concentration all influence material choice. Performance depends on selecting the right solution for the environment.
Sport and Industrial Floor Heating
Large-scale radiant systems must deliver even heat across significant areas. Once installed, access is limited, so durability, oxygen control and long-term thermal stability matter.
Fire Protection
Fire systems must perform instantly, often after years of inactivity. Corrosion resistance, clear flow paths and compliance-driven design are fundamental.
Radiant Heating
From residential slab heating to large-scale commercial floor systems, radiant projects demand stable temperatures and long-term performance. Once embedded, access is limited, so compliance, oxygen control and material reliability must be right from the start.
Gas
Gas systems demand absolute integrity. Materials, jointing and sealing must meet recognised gas compliance standards and perform without compromise under pressure.
Data Centre Cooling
Data centre cooling supports mission-critical uptime. Thermal stability, corrosion resistance and scalable system integrity are central to performance.
In Ground
In-ground systems need to perform long term under pressure, movement and changing ground conditions. Durability, joint integrity and long-term system reliability are central to performance

Pure Water & RO
Pure water and RO systems demand chemically stable, contamination-free materials. Even minor breakdown can compromise performance. System integrity and compliance are critical from day one.
Potable Water
Potable systems must protect water quality from source to tap. Materials need to be non-leaching, corrosion-resistant and built to meet recognised standards. Long-term reliability isn’t optional, it’s expected.
Non potable Water
Non-potable systems still demand durability and fit-for-purpose design. Variable water quality and reuse applications require corrosion-resistant, reliable materials.
Rainwater Harvesting
Rainwater systems manage variable water quality and environmental exposure. Long-term durability and reliable jointing underpin effective reuse.
HVAC
Heating and cooling networks operate under temperature swings, vibration and continuous load. Long-term efficiency relies on corrosion resistance, joint integrity and consistent system performance.
Glycol Cooling Water
Closed-loop glycol systems run under constant thermal cycling and pressure. Performance depends on corrosion resistance, diffusion control and stable flow over time. Cooling reliability starts with engineered materials.
Industrial Piping
Industrial systems operate under pressure, temperature fluctuation and continuous load. Performance depends on corrosion resistance, material compatibility and compliance with recognised standards.
Compressed Air
Compressed air networks run under constant pressure and mechanical stress. Corrosion resistance, seal integrity and safe long-term performance are essential.
Geothermal
Geothermal systems operate below ground for decades. Materials must handle pressure, ground conditions and continuous temperature exchange without degradation.
Chemical Transport
Chemical systems require strict compatibility and stable containment. Media, temperature and concentration all influence material choice. Performance depends on selecting the right solution for the environment.
Sport and Industrial Floor Heating
Large-scale radiant systems must deliver even heat across significant areas. Once installed, access is limited, so durability, oxygen control and long-term thermal stability matter.
Fire Protection
Fire systems must perform instantly, often after years of inactivity. Corrosion resistance, clear flow paths and compliance-driven design are fundamental.
Radiant Heating
From residential slab heating to large-scale commercial floor systems, radiant projects demand stable temperatures and long-term performance. Once embedded, access is limited, so compliance, oxygen control and material reliability must be right from the start.
Gas
Gas systems demand absolute integrity. Materials, jointing and sealing must meet recognised gas compliance standards and perform without compromise under pressure.
Data Centre Cooling
Data centre cooling supports mission-critical uptime. Thermal stability, corrosion resistance and scalable system integrity are central to performance.
In Ground
In-ground systems need to perform long term under pressure, movement and changing ground conditions. Durability, joint integrity and long-term system reliability are central to performance
Pure Water & RO
Pure water and RO systems demand chemically stable, contamination-free materials. Even minor breakdown can compromise performance. System integrity and compliance are critical from day one.
Potable Water
Potable systems must protect water quality from source to tap. Materials need to be non-leaching, corrosion-resistant and built to meet recognised standards. Long-term reliability isn’t optional, it’s expected.
Non potable Water
Non-potable systems still demand durability and fit-for-purpose design. Variable water quality and reuse applications require corrosion-resistant, reliable materials.
Rainwater Harvesting
Rainwater systems manage variable water quality and environmental exposure. Long-term durability and reliable jointing underpin effective reuse.
HVAC
Heating and cooling networks operate under temperature swings, vibration and continuous load. Long-term efficiency relies on corrosion resistance, joint integrity and consistent system performance.
Glycol Cooling Water
Closed-loop glycol systems run under constant thermal cycling and pressure. Performance depends on corrosion resistance, diffusion control and stable flow over time. Cooling reliability starts with engineered materials.
Industrial Piping
Industrial systems operate under pressure, temperature fluctuation and continuous load. Performance depends on corrosion resistance, material compatibility and compliance with recognised standards.
Compressed Air
Compressed air networks run under constant pressure and mechanical stress. Corrosion resistance, seal integrity and safe long-term performance are essential.
Geothermal
Geothermal systems operate below ground for decades. Materials must handle pressure, ground conditions and continuous temperature exchange without degradation.
Chemical Transport
Chemical systems require strict compatibility and stable containment. Media, temperature and concentration all influence material choice. Performance depends on selecting the right solution for the environment.
Sport and Industrial Floor Heating
Large-scale radiant systems must deliver even heat across significant areas. Once installed, access is limited, so durability, oxygen control and long-term thermal stability matter.
Fire Protection
Fire systems must perform instantly, often after years of inactivity. Corrosion resistance, clear flow paths and compliance-driven design are fundamental.
Radiant Heating
From residential slab heating to large-scale commercial floor systems, radiant projects demand stable temperatures and long-term performance. Once embedded, access is limited, so compliance, oxygen control and material reliability must be right from the start.
Gas
Gas systems demand absolute integrity. Materials, jointing and sealing must meet recognised gas compliance standards and perform without compromise under pressure.
Data Centre Cooling
Data centre cooling supports mission-critical uptime. Thermal stability, corrosion resistance and scalable system integrity are central to performance.
In Ground
In-ground systems need to perform long term under pressure, movement and changing ground conditions. Durability, joint integrity and long-term system reliability are central to performance
Pure Water & RO
Pure water and RO systems demand chemically stable, contamination-free materials. Even minor breakdown can compromise performance. System integrity and compliance are critical from day one.
Potable Water
Potable systems must protect water quality from source to tap. Materials need to be non-leaching, corrosion-resistant and built to meet recognised standards. Long-term reliability isn’t optional, it’s expected.
Non potable Water
Non-potable systems still demand durability and fit-for-purpose design. Variable water quality and reuse applications require corrosion-resistant, reliable materials.
Rainwater Harvesting
Rainwater systems manage variable water quality and environmental exposure. Long-term durability and reliable jointing underpin effective reuse.
HVAC
Heating and cooling networks operate under temperature swings, vibration and continuous load. Long-term efficiency relies on corrosion resistance, joint integrity and consistent system performance.
Glycol Cooling Water
Closed-loop glycol systems run under constant thermal cycling and pressure. Performance depends on corrosion resistance, diffusion control and stable flow over time. Cooling reliability starts with engineered materials.
Industrial Piping
Industrial systems operate under pressure, temperature fluctuation and continuous load. Performance depends on corrosion resistance, material compatibility and compliance with recognised standards.
Compressed Air
Compressed air networks run under constant pressure and mechanical stress. Corrosion resistance, seal integrity and safe long-term performance are essential.
Geothermal
Geothermal systems operate below ground for decades. Materials must handle pressure, ground conditions and continuous temperature exchange without degradation.
Chemical Transport
Chemical systems require strict compatibility and stable containment. Media, temperature and concentration all influence material choice. Performance depends on selecting the right solution for the environment.
Sport and Industrial Floor Heating
Large-scale radiant systems must deliver even heat across significant areas. Once installed, access is limited, so durability, oxygen control and long-term thermal stability matter.
Fire Protection
Fire systems must perform instantly, often after years of inactivity. Corrosion resistance, clear flow paths and compliance-driven design are fundamental.
Radiant Heating
From residential slab heating to large-scale commercial floor systems, radiant projects demand stable temperatures and long-term performance. Once embedded, access is limited, so compliance, oxygen control and material reliability must be right from the start.
Gas
Gas systems demand absolute integrity. Materials, jointing and sealing must meet recognised gas compliance standards and perform without compromise under pressure.
Data Centre Cooling
Data centre cooling supports mission-critical uptime. Thermal stability, corrosion resistance and scalable system integrity are central to performance.
In Ground
In-ground systems need to perform long term under pressure, movement and changing ground conditions. Durability, joint integrity and long-term system reliability are central to performance
Pure Water & RO
Pure water and RO systems demand chemically stable, contamination-free materials. Even minor breakdown can compromise performance. System integrity and compliance are critical from day one.
Potable Water
Potable systems must protect water quality from source to tap. Materials need to be non-leaching, corrosion-resistant and built to meet recognised standards. Long-term reliability isn’t optional, it’s expected.
Non potable Water
Non-potable systems still demand durability and fit-for-purpose design. Variable water quality and reuse applications require corrosion-resistant, reliable materials.
Rainwater Harvesting
Rainwater systems manage variable water quality and environmental exposure. Long-term durability and reliable jointing underpin effective reuse.
HVAC
Heating and cooling networks operate under temperature swings, vibration and continuous load. Long-term efficiency relies on corrosion resistance, joint integrity and consistent system performance.
Glycol Cooling Water
Closed-loop glycol systems run under constant thermal cycling and pressure. Performance depends on corrosion resistance, diffusion control and stable flow over time. Cooling reliability starts with engineered materials.
Industrial Piping
Industrial systems operate under pressure, temperature fluctuation and continuous load. Performance depends on corrosion resistance, material compatibility and compliance with recognised standards.
Compressed Air
Compressed air networks run under constant pressure and mechanical stress. Corrosion resistance, seal integrity and safe long-term performance are essential.
Geothermal
Geothermal systems operate below ground for decades. Materials must handle pressure, ground conditions and continuous temperature exchange without degradation.
Chemical Transport
Chemical systems require strict compatibility and stable containment. Media, temperature and concentration all influence material choice. Performance depends on selecting the right solution for the environment.
Sport and Industrial Floor Heating
Large-scale radiant systems must deliver even heat across significant areas. Once installed, access is limited, so durability, oxygen control and long-term thermal stability matter.
Fire Protection
Fire systems must perform instantly, often after years of inactivity. Corrosion resistance, clear flow paths and compliance-driven design are fundamental.
Radiant Heating
From residential slab heating to large-scale commercial floor systems, radiant projects demand stable temperatures and long-term performance. Once embedded, access is limited, so compliance, oxygen control and material reliability must be right from the start.
Gas
Gas systems demand absolute integrity. Materials, jointing and sealing must meet recognised gas compliance standards and perform without compromise under pressure.
Data Centre Cooling
Data centre cooling supports mission-critical uptime. Thermal stability, corrosion resistance and scalable system integrity are central to performance.
In Ground
In-ground systems need to perform long term under pressure, movement and changing ground conditions. Durability, joint integrity and long-term system reliability are central to performance

Certifications

Product

Name

Certificate Number

Standard

Date Issued

Aquatherm Green

Watermark

WMKA02437

ISO 15874-2:2013 & ISO 15874-3:2013

18/06/2024

Aquatherm Green

Branz

Appraisal No: 539

NZBC - B2, F2, G10, G12.

08/05/2023

Aquatherm Blue / Green pipe S / MF / MF-RP Piping System

EPD

Statement of Verification: BREG EN EPD No: 000475.

EN15804:2012+A2:2019 and BRE Global Scheme Document SD207.

10/02/2023

Aquatherm Red MG / MF-RP piping system.

EPD

Statement of Verification: BREG EN EPD No: 000476.

EN15804:2012+A2:2019 and BRE Global Scheme Document SD207.

10/02/2023

Aquatherm Black piping system

EPD

Statement of Verification: BREG EN EPD No: 000477.

EN15804:2012+A2:2019 and BRE Global Scheme Document SD207.

10/02/2023

Aquatherm Blue / Green pipe S / MF / MF-RP Piping System

EPD

Statement of Verification: BREG EN EPD No: 000478.

EN15804:2012+A2:2019 and BRE Global Scheme Document SD207.

10/02/2023

Aquatherm Green

BODYCOTE Certificate for chlorine resistance potable water applications

BODYCOTE P-07/06 (Bodycote code 3397)

ASTM F 2023

05/06/2008

Aquatherm Red PPR Pipe and Pipe Fittings

AON

Certificate Number: AQ-1 (revision 4)

Section 114 of NZS 4541 :2007

Effective from July 2013

Aquatherm Green Pipe & Fittings

NSF

NSF/ANSI/CAN 61 Drinking Water System Components - Health Effects

Aquatherm Green Pipe & Fittings

NSF

NSF/ANSI 51 Food Equipment Materials

Aquatherm Green Pipe & Fittings

NSF

NSF/ANSI 14 Plastics Piping System Components and Related Materials

Mayer Stainless Press Fit Piping System.

Branz

Appraisal No: 1033

NZBC - B2, F2, G10, G12.

17/11/2023

Mayer Stainless 316L Pipe and Press Fit Fittings

Watermark

Licence No: VM-022882

AS 3688:2016 and AS 5200.053-2008

02/07/2013

Mayer Stainless 316L Press Fit Fittings.

AGA Certified Product

Certificate No: 9096

AS 3688-2016

15/06/2023

Mayer Stainless Press Fittings for use with 316L & 304 Pipe (EPDM)

NSF

Certificate No: 2306655 S3

NSF REG4 - Water Fittings, Components, and Materials - Verification of compliance with Regulation 4(1)(a)

24/06/2023

Mayer Stainless 316L & 304 stainless steel tube and press fit fittings (EPDM)

WRAS

WRAS Approval Number: 2307003 Certificate No: 1704328

EN 10312 and DVG-W543

April 2022

Mayer Stainless 316L Pipe and Press Fit Fittings

AON

Certificate Number: M116

As per section 1.16 of NZS 4541:2020 and NZS4515:2009 Appendix G.

Effective from June 2021

Water Grip

Radio Regulatory Compliance Mark (RCM)

Sdoc Identification Number: QWGW1

AS/NZS 60950.1:2011

11/09/2025

Water Grip

Declaration of Conformity to European Standards

–

RED 2014/53/EU harmonisation legislation

–

Mayer PEX Fittings - Crimp & Slide

Watermark

Certificate No: WMK26578

AS/NZS 2537.2:2011

11/03/2021

Mayer PEX-a Pipes

Watermark

Certificate No: WMCS2016

AS/NZS 2492:2007

04/02/2021

Certifications

Case Studies

University Canterbury DBC Building
University Canterbury DBC Building
University Canterbury DBC Building
University Canterbury DBC Building
University Canterbury DBC Building
University Canterbury DBC Building
University Canterbury DBC Building
University Canterbury DBC Building
University Canterbury DBC Building
University Canterbury DBC Building
University Canterbury DBC Building
University Canterbury DBC Building

University Canterbury DBC Building
University Canterbury DBC Building
University Canterbury DBC Building
University Canterbury DBC Building
University Canterbury DBC Building
University Canterbury DBC Building
University Canterbury DBC Building
University Canterbury DBC Building
University Canterbury DBC Building
University Canterbury DBC Building
University Canterbury DBC Building
University Canterbury DBC Building

Technical Downloads

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Aquatherm® – Green Pipe

Technical Brochure

Pressure Testing

Smart Spec

Certification

Concrete Installation

EPD

Warrantee

Tool Hire Form

Watermark

Filter by:

Aquatherm® – Green Pipe

Technical Brochure

Pressure Testing

Smart Spec

Certification

Concrete Installation

EPD

Warrantee

Tool Hire Form

Watermark

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Mayer Stainless Roll Groove