Compliance

Dincel Structural Walling’s Best Environmental Practice (BEP) approved PVC is free of heavy metal stabilisers, plasticisers and allows 100% recyclability during manufacturing, construction and end of lifecycle.

Download the latest Dincel compliance information below.

Dincel Structural Walling has been assessed and issued with a CodeMark Certificate of Conformity for Class 2 to 9 buildings which verifies that Dincel can be used for internal and external loadbearing wall applications.

Authority Standard/Report Type Results Report/Certificate No.

Last Updated: 17-08-2023
External Legal Advice

Dincel has sought legal advice on state legislation and BCA requirements regarding Codemark:

- When must a Certifier accept a valid CodeMark Certificate.
- When must Certifiers give reasons for not accepting a valid CodeMark Certificate.

SAI Global

Last Updated: 22-10-2024
CodeMark Certificate

Certification of the Dincel Wall System for internal and external loadbearing walls

Grove and Wynn-Jones

Last Updated: 31-07-2023
Expert Opinion

Dincel Wall complies with the relevant fire requirements in the BCA, and can be used for internal and external loadbearing wall applications

Dincel Structural Walling has been assessed and issued with BRAC Certificate of Accreditation which verifies that the product is compliant with the performance requirement CP2 – Spread of fire, and subsequently confirms that Dincel can be used where a non-combustible external wall is required.

Authority Standard/Report Type Results Report/Certificate No.

BRAC

Last Updated: 23-06-2020
BRAC Accreditation - Victoria

Certification of the Dincel Wall System to performance requirement CP2

Dincel is a trusted Australian manufacturer, committed to manufacturing structural walling solutions that exceed the BCA requirements.

Dincel Walls consist of concrete infill and permanent polymer formwork. The stay-in-place polymer formwork acts as a ‘protective skin’ that holds the wet concrete until it sets.

The Dincel formwork system was specially designed and manufactured to ensure that the polymer skin will not melt away or contribute to the spread of fire.

Even if the outside surface chars or burns, the core component remains as ordinary concrete and this provides the required Fire Resistance Period (FRP) / Fire Resistance Level (FRL).

Authority Standard/Report Type Results Report/Certificate No.

Omnii Consulting Fire Engineers

Last Updated: 16-08-2024
Evidence of Suitability Report (AS5113 test review) Dincel complies with the NCC for where a non-combustible external wall is required (performance solution)

Warringtonfire

Last Updated: 04-11-2019
Assessment Letter Dincel polymer webs do not adversely affect the FRL performance of the wall

CSIRO

Last Updated: 16-04-2024
AS1530.4-2014 Assessment Report 200mm Dincel - 240/240/240 FRL

CSIRO

Last Updated: 16-04-2024
AS1530.8.2-2018 Assessment Report Dincel bushfire resistance of BAL - FZ

Warringtonfire

Last Updated: 23-01-2020
AS5637.1 Classification Report (Test to AS ISO 9705)

Group Number - 1
Smoke Growth Rate (SMOGRA) - 14

TÜV SÜD Asia Pacific

Last Updated: 14-02-2019
BS 6853:199 Test Report Fumes generated by Dincel burning test was under international toxicity thresholds/limits

Warringtonfire

Last Updated: 08-12-2022
Regulatory Information Report (AS1530.4 / AS4072.1)

No requirement to cut away Dincel skin underneath or adjacent to TBA Firefly penetration and joint products

Warringtonfire

Last Updated: 03-12-2021
Regulatory Information Report (AS1530.4 / AS4072.1)

No requirement to cut away Dincel skin underneath or adjacent to TBA Firefly Intubatt

Warringtonfire

Last Updated: 03-12-2021
Regulatory Information Report (AS1530.4 / AS4072.1)

TBA Firefly Intubatt penetration and system types

Warringtonfire

Last Updated: 25-08-2024
AS1530.4-2014 Assessment Report - Wall Joints No requirement to cut away Dincel skin underneath Hilti fire rated caulking for wall joints

Warringtonfire

Last Updated: 27-11-2024
AS1530.4-2014 Assessment Report - Penetrations

No requirement to cut away Dincel skin underneath or adjacent to Hilti penetration products such as fire collars.

Authority Standard/Report Type Results Report/Certificate No.

Mahaffey Associates

Last Updated: 20-10-2021
Technical Report

Dincel Structural Walling withstands the pressures of using Self Compacting Concrete (SCC), ensuring no air-voids within fully concrete filled walls

Based on tests done at CSIRO’s Acoustic Laboratories, National Acoustic Laboratories and laboratory test data, Dincel Structural Walls 110mm, 155mm and 200mm profiles when used with 150mm thick concrete floor slabs meet the Building Code of Australia Acoustic Compliance for sound transmission and insulation.

Authority Standard/Report Type Results Report/Certificate No.

Day Design

Last Updated: 08-12-2022
Acoustic Opinion

Acoustic values for various 110mm, 155mm, 200mm, and 275mm Dincel walling system arrangements

Dincel Walls are tested for toxicity and VOC (non-toxic tested). Dincel’s Volatile Organic Compound (VOC) measurement is 25 times less than the recommended Green Star environmental threshold making it a proven choice for sustainable construction.

Authority Standard/Report Type Results Report/Certificate No.

CETEC

Last Updated: 22-01-2020
ASTM D5116-97 Test Certificate Volatile Organic Compounds (VOCs) 25 times less than the Australian Green Star rating threshold at time of manufacture. VOCs below detection level after 30 days

Dincel Walls with concrete infill can create earthquake, cyclone and hurricane proof buildings through ductile composite action, thus achieving greater safety for occupants than offered by concrete alone.

Authority Standard/Report Type Results Report/Certificate No.

University of Technology Sydney (UTS)

Last Updated: 04-02-2020
Analysis and Test Report Dincel's suitability to resist earthquakes with a magnitude of up to 9.0 on the Richter scale

Dincel panel joints are waterproof as confirmed by CSIRO tests, up to 6m of water head pressure.

Authority Standard/Report Type Results Report/Certificate No.

ACOR Consultants (Sam Parker)

Last Updated: 20-07-2023
Expert Opinion

In accordance with BS 8102 the warranted Dincel Construction System can produce a basement wall which performs to Grade 2. The warranted Dincel Construction System can also produce a basement wall which performs to Grade 3 if a suitable inner-skin dry-wall is constructed beyond the Dincel Construction System wall and perimeter dish drain, and if appropriate dehumidification and/or air conditioning is put in place by others

CSIRO

Last Updated: 07-01-2019
Waterproof Testing to AS3740, ASTM E514, AS/NZS 4347.1, ASTM E96/M Dincel panels along with snap-joints when filled with concrete is waterproof for up to 6m of water head pressure. Compliance with FP1.4 and FP1.7 (NCC Volume 1) and P2.4.1 (NCC Volume 2)

Mahaffey Associates

Last Updated: 16-02-2023
Waterproof testing to AS 3735

A tank, constructed using Dincel Wall, was tested against the liquid tightness provisions of AS 3735:2001. The testing covered by this report showed that the tank met the requirements of the standard for liquid tightness for a water level of 3.0 metres. The drop in water level following the test period was NIL (0mm)

Mahaffey Associates

Last Updated: 15-03-2022
Waterproof testing to AS 3735 A tank, constructed using Dincel Wall, was tested against the liquid tightness provisions of AS 3735:2001. The testing covered by this report showed that the tank met the requirements of the standard for liquid tightness for a water level of 1.75 metres.

Mahaffey Associates

Last Updated: 05-07-2024
Conformity Assessment

Compliance with FP1.4/F3P1 and FP1.7/F2P2 (NCC Volume 1), and P2.2.2/H2P2 and P2.4.1/H4P1 (NCC Volume 2)

Burak Dincel

Last Updated: 27-02-2024
N/A

Waterproof Basement Construction

Dincel Structural Walling is a concrete wall encapsulated by permanent polymer formwork. The structural design principles have been certified by the University of New South Wales and the University of Technology Sydney to AS 3600 (Concrete Structures Standard)

Authority Standard/Report Type Results Report/Certificate No.

University of Technology Sydney (UTS)

Last Updated: 21-01-2021
Technical Report

Testing and analysis of Dincel 275 for flexural strength, interface shear and stiffness. Confirmation that for suitable applications, Dincel 275 can be designed and installed without the use of steel reinforcement bars.

Elsevier

Last Updated: 15-11-2021
Peer Review

Peer review by Elsevier on the UTS tests and analysis of Dincel 275 for flexural strength

Elsevier

Last Updated: 15-11-2021
Peer Review

Peer review by Elsevier on the UTS tests and analysis of Dincel 275 for interface shear strength.

Wiley

Last Updated: 15-11-2021
Peer Review

Peer review by Wiley on the UTS tests and analysis of Dincel 275 for stiffness.

University of Technology Sydney (UTS)

Last Updated: 24-05-2019
Structural Engineering Certification Concrete and steel reinforcement within Dincel can be designed to AS3600, Eurocode and other relevant design codes. Certification of Dincel design principles

University of New South Wales (UNSW)

Last Updated: 29-01-2024
Structural Engineering Certification Concrete and steel reinforcement within Dincel can be designed to AS3600, Eurocode and other relevant design codes. Certification of Dincel design principles

All Dincel polymer panels and accessories are BEP (Best Environmental Practices) certified. The polymer PVC used is heavy metal stabiliser and plasticiser free.

Authority Standard/Report Type Results Report/Certificate No.

ApprovalMark International

Last Updated: 28-02-2023
BEP Certificate Best Environmental Practice (BEP) Approval