You are using an outdated browser version not supported by this website.
Click here to upgrade your browser

InteriorInterior
Fire Plates
Description

The Fire Plate system is designed for use with a Cast-in Rocket fitting that forms a void on the underside of a flat slab substrate at either a 50 mm or 100 mm floor waste gully (FWG) location.

The system consists of two plates that cover the void created by the Rocket fitting. The plates are fixed to the slab, and an ALLFC Fire Collar is installed over the Fire Plate, secured through the cut-out tab positions. The plate design allows adjustment of its position to accommodate other services located near the FWG.

Note: ALLFC Fire Collar is supplied separately.

Key Features
  • BRANZ Appraised
  • Two-piece plate design for void coverage under flat slab FWG locations
  • Compatible with Cast-in Rocket fittings (50mm & 100mm FWG)
  • Fixed to slab to secure and stabilise installation
  • Cut-out tabs for direct Fire Collar mounting (ALLFC sold separately)
  • Adjustable positioning for surrounding services
NZ Made
NZ Made
NZ-Owned Business
NZ-Owned Business
Scope of Use

The Fire Plate system is intended for covering and fire-sealing voids formed on the underside of flat slab substrates when a Cast-in Rocket fitting is used at 50 mm or 100 mm floor waste gully (FWG) locations.

It is suitable for internal applications where a fire collar (ALLFC) will be installed over the void to achieve the required fire resistance rating (FRR). The design allows for positional adjustment to accommodate nearby building services.

Note: Must be installed in accordance with the tested prototype and the requirements of NZBC C/AS2 Clause 4.4.

Suitable For Fitting To:

  • Concrete floors
Limitations on Use

As per requirements set out in NZBC C/AS2 Clause 4.4, Allproof fire stopping product installation “shall be identical to those of the prototype used in tests to establish their FRR.” Allproof passive fire systems are required to be used in closed, internal spaces, protected from excessive moisture, solvents, oxidising agents, acids, and alkalis. They should not be exposed to UV light in service. Separation or protection must be provided to Allproof Passive Fire Protection Products from heat sources such as fireplaces, heating appliances, and chimneys. Part 7 of NZBC Acceptable Solution C/AS1 and C/AS2, and NZBC Verification Method C/VM1 provide methods for separation and protection of combustible materials from heat sources.

Statement of Building Code Compliance

NZBC C/AS2 C3.1, C3.2 and C3.3: Allproof PFP products are designed to limit the spread of fire between property from its origin by sealing service penetrations in the separating elements of fire cells. The Technical Literature gives the fire resistance ratings (FRRs) for the Allproof Passive Fire Protection Products that can be achieved to provide the FRRs as determined by NZBC Acceptable Solutions C/AS1, C/AS2 and NZBC Verification Method C/VM2.

NZBC C/AS2 4.4 Fire Stopping: Allproof PFP products have been tested in accordance with Appendix C C5.1 for fire stopping. Detailed information on the tested prototypes is available in Allproof’s PFP literature to assist with the correct product selection and install details. When installed as per documentation, Allproof PFP products will provide an FRR consistent with the published results and therefore, if selected correctly, no less than the separating element.

NZBC B2: Allproof Passive Fire Protection Products meet code compliance with the NZBC Clause B2.3.1 (b), 15 years.

NZBC F2.3.1: Allproof Passive Fire Protection Products do not present a health hazard to people.

BRANZ Appraised
BRANZ Appraised
Documents
BRANZ Appraisal No 1088

1088 [2025]

Masterspec Specification
Installation
Product Warranty

0820

Brochure
About Allproof
Allproof Passive Fire Protection

Allproof Industries is a family-owned New Zealand company specialising in the manufacture and distribution of plumbing, drainage, and fire protection products.

Product Enquiries

News from Allproof Industries

Designing Internal Drainage Systems to Meet NZ Codes in Wet Areas
Building System-Based Design into Social Housing
Improving Passive Fire Protection in Floor Waste Systems: CIFW100 and the 80mm Floor Waste Gully NEW

Posts by Andrew Smith

See All


Posts by Justin Barber

See All


Get a free weekly digest of essential news

New and updated architectural products, design solutions, inspiration, technical advice and more when you sign up for EBOSS.