• FBL-100 has been tested as per NZBC C/AS2 -C/AS6 Appendix C, for interior use only, as part of a providing a 'Fire Resistance Rating' (FRR) of 60/60/60 on either
• Timber (or better) framed walls exposed to fire from either or both sides (two-way FRR), or exposed to fire from the coated side (one way FRR) and
• Timber framed (or better) floor/ceiling systems exposed to fire from below in residential, commercial or industrial buildings on the following substrates:
• 13mm GIB Standard Plasterboard,
• 6mm fibre cement sheet,
• 12mm plywood  
• Exposed timber floors/ceilings (underside only)
• FBL-100 has been tested as per NZBC C/VM2 Appendix A and can be used to prevent spread of fire on interior wall or ceiling substrates. It achieves Group 2-S on Type 1 (most reactive) as per C/VM2 A1.6, Table A2
• FBL-100 can be applied over existing pre-painted surfaces
• FBL-100 Can be applied on new or existing substrates, subject to fixing pattern (refer to: Appendix A, Table 1, Substrate Fixing).
• FBL-100 can be applied to structural timber works and can also be used to protect internal load bearing wood from fire, therefore reducing cross-sectional area requirements, or omitting the use of encapsulating boards.
• For the purpose of defining the 'Level of finish' for pre-application of FBL-100 — 
• The surface that is to be coated must be finished to Level 4, minimum (AS/NZS 2589)
• For the purpose of defining the 'Level of Finish' for post-application of FBL-100 — 
• Once FBL-100 has been applied, it achieves an indicative Level 4 for walls and ceilings, although the finish level will be as per the sample provided by the 'TCNZ Certified Applicator'
• FBL-100 has been tested to be used on building materials and building practices used in projects designed and built on and after 1995
• For the purpose of defining the Classification of 'Interior Environments' that FBL-100 may be used in, is as per AS/NZS 2311.1 — Section 2, Table 2.1:
• FBL-100 may be used in Category C1 (Very Low) and C2 (Low) environments

• Tech Coatings NZ Limited is not responsible for determining the suitability of FBL-100 to substrates other than those that we have tested.
• No substitutions are permitted
• FBL-100 must not be applied when ambient temperature or substrate temperature is <10°c or >35°c, or when relative humidity is above 80%. If these environmental conditions are likely to be exceeded during the project then temporary protection must be provided to maintain the environmental conditions within range for 24 hours before, during, and for 24 hours after application of FBL-100.
• Ventilate building spaces during and after application of FBL-100 by use of natural means or, if they are inadequate, forced-air circulation until FBL-100is fully cured (use of dehumidifiers may be required to control relative humidity during and after application)
• For new interior substrates it is recommended that a sealer coat, such as but not limited to Resene Broadwall 3n1, be used to stop moisture from seeping through from the unprotected side. The moisture content of any substrate must not exceed 15%
• For all existing substrates that are painted, it is a requirement that the paint condition is of a sound adhered quality, not peeling, flaking, powdering prior to the application of the FBL-100, Refer to: AS-NZS 2311:2017, Section 7. If the painted surface of existing substrate cannot be guaranteed then a suitable tie in coat/sealer coat must be used.
• FBL-100 must be top coated with a high-quality interior or exterior waterborne enamel, such as but not limited to 'Resene SpaceCote'
• H2O will affect the performance of FBL-100, therefore FBL-100 must be protected from any moisture or liquids
• FBL-100 must not be subjected to any indirect or direct heat source greater than 80°c
• FBL-100 must be maintained or repaired as per 'Tech Coatings Technical Application Manual, Interior Substrates'
• For the purpose of defining the classification of 'Interior Environments' that FBL-100 cannot be used in, is as per AS/NZS 2311.1 — Section 2, Table 2.1,
• FBL-100 must not be used in Category C3 (Medium), C4 (High) and C5 (Very High) 'Interior Environments'
• Where two or more fire rated performance systems meet or create a junction refer to 'Tech Coatings Technical Application Manual, Interior substrates' Any change of design and use of application is subject to the following;
  • No unauthorised penetration or fixings are permitted
  • No furniture allowed within a 50mm distance of the FBL-100 coated substrate

NZBC B — Durability

• B2.3.1 Performance — Building elements must, with only normal maintenance, continue to satisfy the performance requirements of this code for the lesser of the specified intended life of the building, if stated, or (c) 5 years if:
  • (i) The building elements (including services, linings, renewable protective coatings, and fixtures) are easy to access and replace, and
  • (ii) Failure of those building elements to comply with the building code would be easily detected during normal use of the building

NZBC C — Protection from Fire

• FBL-100 has been tested and assessed to:
• AS 1530.4:2014 – Methods for fire tests on building materials, components and structures: Fire resistance tests for elements of construction; and
• ISO 9705:1993 — Fire Tests: Full-scale room test for surface products
• As per the following:
  • Appendix C (normative) Test Methods of any of the NZBC – C/Acceptable Solutions (C/AS2 — C/AS6)
  • Appendix A (normative): Establishing Group Numbers for lining materials of  NZBC – C/Verification Method Two (C/VM2)
• Therefore, is able to be used where the New Zealand Building code calls for a Fire Resistance Rating (FRR) or where a Group 2-S or better Interior Lining is needed

Group Rating

• FBL-100 has been designed to achieve a NZBC Group Number for surface finishes as per Appendix A of NZBC C/VM2.FBL-100 has been tested and assessed to achieve a Group 2-S on Type 1 substrates or better as per Appendix A1.6 Table A2 of NZBC C/VM2

All relevant certificates, assessments and reports are available upon request.

• FBL-100 is a new product to the Australasian market which has undergone testing

Fire Resistance Rating

FBL-100 has been designed to increase the Fire Resistance Rating (FRR) of interior substrates in either new or existing building stock constructed from timber framed (or better) wall or floor/ceiling systems. FBL-100 has been tested & assessed for use, within the following intended scope:

Wall Systems

FRR 30/30/30 – RIFS 30 min — 12mm or thicker H2 Ecoply:

• Timber framed wall, lined either side with Plywood exposed to Fire from either or both sides:
• Perimeter fixing — 40mm x 8g square drive screws @ 200mm centres
• Mid Sheet Fixing — 40mm x 8g square drive screws @ 600mm centres
• Either painted or unpainted with a water-borne enamel paint.

FRR 30/30/30 — RIFS 30 min — 12mm or thicker H2 Ecoply:

• Timber framed wall lined on one side with Plywood, exposed to Fire from the coated side:
• Perimeter fixing — 40mm x 8g square drive screws @ 200mm centres
• Mid Sheet Fixing — 40mm x 8g square drive screws @ 600mm centres
• Either painted or unpainted with a water-borne enamel paint

FRR 45/45/45 — RIFS 30 min — Plasterboard or Fibre Cement Sheet:

• Timber framed wall, lined either side with Plasterboard or Fibre cement sheet exposed to Fire from either or both sides:
• 6-mm or Thicker Fibre cement
• Perimeter fixing — 30mm x 7g Villadrive screws @ 200mm centres
• Mid Sheet Fixing — 30mm x 7g Villadrive screws @ 300mm centres
• 13mm GIB Standard plasterboard
• Perimeter fixing — 32mm x 6g GIB Grabber screws@ 200mm centres
• Mid Sheet Fixing — Daubes of Gibfix All bond @ 200mm centres, 32mm x 6g
• GIB grabber screws @ 600mm centres

FRR 60/60/60 — RIFS 30min — 13-mm GIB Standard Plasterboard:

• Timber framed wall lined either side with Plasterboard, exposed to Fire from either or both sides
• Perimeter fixing — 32mm x 6g GIB Grabber screws @ 200mm centres
• Mid Sheet Fixing — Daubes of Gibfix All bond @ 200mm centres, 32mm x 6g GIB grabber screws @ 600mm centres
• Additional Mid Sheet — Fixings with 50mm x 7g plasterboard screws @ 200 centres

FRR 60/60/60 — RIFS 30min — 13-mm GIB Standard Plasterboard:

• Timber framed wall lined on one side with Plasterboard, exposed to Fire from the coated side
• Perimeter fixing — 32mm x 6g GIB Grabber screws@ 200mm centres
• Mid Sheet Fixing — Daubes of Gibfix All bond @ 200mm centres, 32mm x 6g GIB grabber screws @ 600mm centres
• Additional Mid Sheet — Fixings with 50mm x 7g plasterboard screws @ 200 centres

FRR 60/60/60 — RIFS 30min — 6-mm or Thicker Fibre Cement Sheet:

• Timber framed wall lined on one side with Plasterboard or Fibre Cement Sheet, exposed to Fire from either or both sides
• Perimeter fixing — 30mm x 7g Villadrive screws @ 200mm centres
• Mid Sheet Fixing — 30mm x 7g Villadrive screws @ 200mm centres

FRR 60/60/60 — RIFS 30min - 6-mm or Thicker Fibre Cement Sheet

• Timber framed wall lined on one side with Plasterboard or Fibre Cement Sheet, exposed to Fire from the coated side:
• Perimeter fixing — 30mm x 7g Villadrive screws @ 200mm centres
• Mid Sheet Fixing — 30mm x 7g Villadrive screws @ 200mm centres

Floor Systems

FRR 30/30/30 — 12mm or Thicket H2 Ecoply lined timber framed floor:

• Timber framed floor/ceiling lined with 12mm H2 Ecoply or thicker
• Perimeter fixing — 40mm x 8g square drive screws @ 200mm centres
• Mid Sheet Fixing — 40mm x 8g square drive screws @ 600mm centres

FRR 45/45/45 — RIFS 30 min — Plasterboard or Fibre Cement Sheet:

• Timber framed floor/ceiling lined with Plasterboard or Fibre Cement Sheet, exposed to Fire from below:
• 6-mm or Thicker Fibre cement (Painted or unpainted prior to ICS application)
  • Perimeter fixing — 30mm x 7g Villadrive screws @ 200mm centers
  • Mid Sheet Fixing — 30mm x 7g Villadrive screws @ 300mm centres
• 13mm GIB Standard plasterboard (Painted or unpainted prior to ICS application)
  • Perimeter fixing ‐ 32mm x 6g GIB Grabber screws@ 200mm centers
  • Mid Sheet Fixing ‐ Daubes of Gibfix All bond @ 200mm centres, 32mm x 6g
  • GIB grabber screws @ 600mm centres

FRR 60/60/60 – RIFS 30 min – 13 GIB Standard plasterboard (Figure 11, Appendix A):

• Timber framed floor/ceiling lined with Plasterboard exposed to Fire from below
  • Perimeter fixing — 32mm x 6g GIB Grabber screws@ 200mm centres
  • Mid Sheet Fixing — Daubes of Gibfix All bond @ 200mm centres, 32mm x 6g
  • GIB grabber screws @ 600mm centres
  • Additional Mid Sheet — Fixings with 50mm x 7g plasterboard screws @ 200 centres

FRR 60/60/60 – RIFS 30min - 6-mm or Thicker Fibre Cement Sheet:

• Timber framed floor/ceiling lined with Fibre Cement Sheet, exposed to Fire from below
  • Perimeter fixing — 30mm x 7g Villadrive screws @ 200mm centres
  • Mid Sheet Fixing — 30mm x 7g Villadrive screws @ 200mm centres

FRR 30/30/30 – Unlined Exposed Radiata Pine (or denser timber):

• Timber framed floor/ceiling unlined on the underside, exposed to Fire from below
• Joist shall bear on for at least 50mm on a protected timber wall or bearer, a masonry structure or the like,
• or supported by joist hangers that are fully protected with at least 1 layer of 13mm GIB Fireline plasterboard prior to the application of the ICS

FRR 45/45/45 – Unlined Exposed Radiata Pine (or denser timber):

• Timber framed floor/ceiling unlined on the underside, exposed to Fire from below
• Joist shall bear on for at least 50mm on a protected timber wall or bearer, a masonry structure or the like,
• or supported by joist hangers that are fully protected with at least 1 layer of 13mm GIB Fireline plasterboard prior to the application of the ICS

Warranty and Maintenance

• Once FBL-100 has been installed as per Tech Coatings NZ Limited, Technical Application Manual, Interior substrates and as required by the NZBC an appropriate schedule of inspection and maintenance needs to be implemented to ensure the continued effectiveness of the ICS. This will be impacted by the design life of the building, what environment the ICS will be applied and if any other top coats or sealers are required.
• The design life of FBL-100 is dependent on the in-service environment and the substrate orientation to which FBL-100 will applied. In the case of the FBL-100, it will have been applied in an internal dry environment that will require little or no maintenance over the life of the building.
• Where maintenance is required, it is often needed only to the protective topcoat to preserve the aesthetic appearance or falls within the normal redecoration cycles.  
• The ease of maintenance and repair strategies should also be considered. Maintenance and repair procedures should always be signed off by the ICS manufacturer/supplier.

Warranty:

• Tech Coatings NZ Limited is the exclusive distributor (Supplier) for the manufacturer of this product, International Coating Group (Manufacturer). To the extent the Supplier supplies Goods to a Consumer pursuant to the Consumer Guarantees Act 1993 (Act), you are entitled to the guarantees set out within the Act, including any additional applicable remedies under New Zealand consumer law against the Manufacturer. These rights are the only guarantees which the Supplier offers in relation to this Good and are, to the fullest extent permitted by law, in lieu of all other express or implied warranties applicable to the Good whether statutory or otherwise. This guarantee applies to defects in the manufacture or formulation of the Good and does not cover failure caused by any factors beyond our control