Indoor Playground Fire Safety Documents | IBC 424.2 Guide

Approval delays for many of the U.S. indoor playground projects that we work on do not occur during the equipment production time. The delays are usually created when the architects, the general contractors, and the fire officials are unable to identify which fire test reports apply to the various materials used in the soft-contained play equipment for the indoor playground.

When planning a new facility, purchasing play equipment is only one part of the project. Equally important is preparing complete indoor playground fire safety documents that support design review, code compliance, and permitting. In many jurisdictions, architects, general contractors, and the Authority Having Jurisdiction (AHJ) require clear documentation demonstrating that materials used in soft-contained play equipment comply with applicable fire performance requirements before construction can proceed.

The documentation required to fulfill the Indoor Playground Fire Safety Requirements can also be used to support IBC 424.2 documentation, including material test reports for UL 723, NFPA 701, ASTM E1354, and other applicable standards, depending on the materials used and how a jurisdiction interprets the requirements for those materials. An organized set of documentation should tie each individual material to the relevant test reports.

This guide provides insight into the typical fire safety documents required for an indoor playground, describes how these documents support the indoor playground fire safety requirements and the indoor playground permit requirements, and provides project team members with the necessary information to gather and organize the documentation required to facilitate an efficient plan review for U.S. indoor playground projects.

What Fire Safety Documents Are Required for Indoor Playground Materials?

The International Building Code (IBC) is in use or adopted in all 50 states and provides model-code requirements for building safety, fire protection, structural design, and occupant safety across the country. However, the IBC is a model code, and states and local jurisdictions adopt different code editions at different times. Therefore, when referring to IBC 424.2 for an indoor playground project, one must first consult the code edition adopted by the local jurisdiction.

What Is the Purpose of IBC Section 424?

For indoor playgrounds, Section 424 of the International Building Code (IBC) governs certain children’s play structures installed inside buildings. Section 424 is a section of the IBC that addresses children’s play structures installed within buildings. For an indoor playground project, the focus is on how the play structure interfaces with the building’s fire protection strategy, means of egress, and life safety features. Section 424 does not attempt to regulate the entire building but focuses on the play structure.

How Does IBC 424.2 Apply to Playground Materials?

Most Section 424 issues during plan review of an indoor playground fall under Section 424.2, which addresses the fire performance of various indoor playground materials. It is typical for architects, building officials, and the Authority Having Jurisdiction (AHJ) to request indoor playground fire safety documents that demonstrate that the applicable playground components and materials meet the required fire-performance criteria.

Examples of such documentation include reports of indoor playground fire safety tests, documentation of playground materials and their compliance, and a compliance matrix which details each playground component (such as plastic panels, foam padding, netting, vinyl covering, etc.) and relates them to the respective test reports or documentation. Such documentation, prepared in an organized format, can make the job of plan checkers, architects, and others involved in indoor playground fire department approval much easier.

Why Code Editions and Local Amendments Matter

While the International Building Code (IBC) is a national model code, it is not automatically adopted by all states and local jurisdictions at the same time. In addition to adopting a particular edition of the IBC, states and local jurisdictions can also include so-called “amendments” that either add to or delete from the requirements of the IBC for indoor playground fire requirements or indoor playground permit requirements.

Most indoor playgrounds use similar equipment, and therefore similar documentation can be used to support the fire and building safety aspects of the playground. However, it is very common for different jurisdictions to be using different code editions. Also, some jurisdictions may have amended the code to include additional requirements. In these instances, although the playground equipment may be identical to that used in another project, the documentation prepared for the earlier project would require revision to ensure that the later project complies with the appropriate code edition, as required by the adopted IBC, and any local amendments.

The Role of the Authority Having Jurisdiction (AHJ)

The Authority Having Jurisdiction (AHJ), typically the local building department, code official, or fire marshal, reviews the documentation for a project to determine if it complies with applicable building and fire codes. The AHJ may request additional information, clarification, or copies of specific fire test reports to better understand the project.

What Fire Safety Documents Are Required for Indoor Playground Materials?

Since indoor playgrounds are made of a variety of different materials, there are also many different types of documents required for the various components of a play structure. This means that, depending on the adopted code, local amendments, and the interpretation of the AHJ, different sets of documents might be required for the submission of plans and the permit application for an indoor playground.

The following lists outline key materials and corresponding documentation that may be found in indoor playground projects and requested by local authorities during project plan review.

Foam Padding and Protective Materials

Foam products are commonly used as impact protection, such as foam noodles, post padding, and foam cushions. Because foam plastics can be combustible, some codes require documentation of their fire performance. This documentation would typically take the form of a report from a test conducted in accordance with UL 1975 or NFPA 289, where applicable.

Project documentation typically includes:

• Material specification identifying the foam product
• Manufacturer information
• Complete fire test report applicable to the specific foam material

PVC Covers and Flexible Films

A variety of indoor playground components, such as PVC-coated fabrics, vinyl covers, flexible membranes, and soft surface materials, are used to surround foam components or to enclose features of soft-contained play equipment.

These types of products may need to meet the fire-propagation performance criteria of NFPA 701, where applicable.

Supporting documents may include:

• Fabric or film specification
• Product identification
• Fire test report matching the supplied material

Playground Safety Netting

Containment nets and climbing net systems are common components of indoor playgrounds. Project documentation for these systems typically includes reports that accurately reflect the installed product and help demonstrate compliance with the applicable fire-propagation criteria of NFPA 701 during technical review.

Documentation generally includes:

• Net material specification
• Mesh or construction details
• Applicable fire test report

The playground contractor must provide reports that accurately reflect the playground materials installed to allow proper technical review for compliance with standards for playground equipment.

Ball Pool Balls

Similar requirements may exist for documentation of fire testing of plastic balls used in ball pits, as appropriate. Again, depending on the material and project requirements, documentation supporting fire testing in accordance with UL 1975 or NFPA 289, where applicable, may be required.

Typical documentation includes:

• Ball material specification
• Manufacturer information
• Fire test report corresponding to the supplied ball material

These materials are typically tested for fire performance using reports that include results from tests using UL 1975 or NFPA 289, where applicable.

Playground Flooring

Flooring used in indoor play areas includes vinyl flooring systems and resilient mat products. These products are evaluated and tested in a different manner than wall coverings and building components, and are typically subjected to horizontal surface fire tests. NFPA 253 and ASTM E648 are two of the most commonly referenced fire tests for floor coverings. As with other materials, documentation for playground flooring is typically submitted separately from play equipment.

Documentation may include:

• Flooring product specification
• Material data sheet
• Flooring fire test report

It is helpful to note flooring documents separately from those for play equipment.

Plywood and Interior Finish Materials

Plywood and other building components, as well as interior finishes, such as wall panels and molding, may also be used within an indoor playground. The surface-burning characteristics of these products must meet the criteria of ASTM E84 or UL 723 where referenced by the applicable code and project requirements.

Supporting documents typically include:

• Material specification
• Surface-burning fire test report
• Product identification

ASTM F1918 and Complete Play Systems

In contrast to the fire test reports for individual materials, reports for soft-contained play equipment from safety performance tests, such as ASTM F1918, demonstrate the safety performance of the complete play equipment as opposed to the fire performance of individual products.

Why One Fire Certificate Is Not Enough for an Indoor Playground

For many of the indoor playgrounds, obtaining fire test reports is only the beginning of the process of preparing documentation to obtain a building permit. During the permit review process, the fire test reports, together with other design documentation, are reviewed by the architects, code consultants and the Authority Having Jurisdiction (AHJ) to confirm that all the playground components have been designed to meet the relevant requirements of the applicable building codes. A simple folder of certificates is not sufficient to constitute an approved submittal package.

A Fire Test Report Must Match the Actual Playground Component

The biggest problem encountered with Fire Test Reports for playground components is that the report does not identify the component(s) tested. For example, the report may simply state that the plastic material used for playground equipment passed the required fire test. It will not specify that the tested material was used for a particular slide, for all of the crawl tubes, for the activity panels, for the deck, etc. This leaves the reviewer with no way of knowing whether the report applies to the specific component(s) in question.

This problem can cause a lot of problems for architects and others who review playground fire safety documentation. Just receiving a folder full of certificates does not mean that the playground has been approved. Often, one of the biggest problems is that the report does not even mention the actual playground component for which the report was required.

The Tested Material Should Match the Production Material

In general, the fire test report must represent the exact material that is being used for the particular playground. As mentioned above, changes in the formulation of the plastic, changes in the density of the plastic, surface finish changes, and manufacturing process changes all can affect how a plastic will perform in a fire test. Thus, if there have been any changes in the material that is being used for a particular playground, it is likely that new fire test reports will be needed to support the material that is being used.

Similarly, differences between the tested material and the material used for the project (because of changes in formulation, for example) are not covered by existing reports. Such differences may become a problem during technical review by architects and fire officials if, for example, the laboratory report lists dimensions of the tested specimen that are different from those of the components used for the playground.

Complete Reports Are More Valuable Than Certificate Covers

On other occasions, only certificate covers or summary reports are distributed. These indicate that testing has been performed but usually do not contain enough information for the architects and fire officials reviewing the documentation to confirm compliance. Complete report information, including the tested material(s), specimen configuration, and test method(s) used, is generally needed for permit evaluation.

Test Standards and Report Details Should Be Clearly Identified

Indoor playground fire safety documents should identify the test standard that was applied (and the relevant edition). The reports should have complete and proper references so that those evaluating permits for approval can tell whether the report in question meets the indoor playground fire safety requirements of the applicable code as well as the project requirements of the indoor playground in question.

All necessary information should be included to ensure that the submitted report meets the requirements of the indoor playground fire safety section applicable to the project for which the documentation was prepared.

Organize Documentation by Material Category

Many PDF files are sent in an unorganized manner, making review of documents for the various playground components in a single project more difficult. The reports should be organized by material type, and corresponding material specifications should be linked to each report. A material compliance matrix is also helpful for creating a clear correspondence between various indoor playground components (e.g., foam-padded structures, PVC-covered structures, safety netting, rigid plastic components, playground flooring, and interior finish materials) and their corresponding fire test reports.

A material compliance matrix, organized by material and linked to fire test reports for tested materials, is ideal for supporting material specifications and creating a clear evidence trail for permit evaluation.

Build an Approval-Ready Documentation Package

The end goal is to provide sufficient evidence of fire safety-related design for indoor playgrounds to demonstrate that individual components comply with governing indoor playground fire requirements. It should be relatively easy for architects, fire protection engineers, and code consultants, as well as the Authority Having Jurisdiction (AHJ) and local fire department, to complete a verification process with an organized documentation package as opposed to sifting through multiple large files of unrelated certificates and reports.

How to Prepare an IBC 424.2 Compliance Package

A comprehensive IBC 424.2 fire safety documentation package for indoor playgrounds is more than just a compilation of fire test reports. It must be sufficiently organized and clearly presented so that architects, plan checkers, and other governing parties, as well as the Authority Having Jurisdiction (AHJ), can readily see how individual materials have been applied to relevant sections of the code. It is very important to begin preparation of an IBC 424.2 documentation package early in the production of materials and finished play structures, while there is still time to fill in any gaps in required documentation before encountering obstacles in the permit review process.

Step 1: Confirm the Project Jurisdiction and Code Edition

The first step is to confirm the building code for a project. While the International Building Code (IBC) is widely adopted in the United States, some jurisdictions adopt earlier editions of the IBC or utilize amended versions of the code.

Step 2: Create a Complete Material List

A detailed inventory of all materials used in an indoor playground is necessary to determine what documentation might be required to prove compliance with applicable fire safety requirements for those materials. The inventory can then be organized into a matrix that lists the materials used in the play structure by component, along with information about the material, supporting fire documentation, and corresponding reports.

Step 3: Build a Material Compliance Matrix

A material compliance matrix outlines the different materials of the indoor play components in relation to specific details of the product (e.g., specifications for materials), the fire test used (e.g., ASTM E1354), and related laboratory fire test reports.

A well-organized compliance matrix helps to make sense of what appears to be an endless amount of documentation by correlating information in a meaningful way to support an investigation for a plan reviewer, as opposed to searching through a multitude of documents that do not provide relevant information for the evaluation of playground materials.

Step 4: Match Reports to Actual Production Materials

All test reports have to match the respective production materials. This means that the report has to contain information on the product, manufacturer, material, thickness, density, etc., and must match the material as tested. If changes to the production materials have taken place after the test, or if other materials with similar characteristics have been used, additional documentation might be required, depending on the code adopted by the jurisdiction and the way the plan is reviewed.

It is very important to note that should production materials change after the testing has been done, or if substitute materials are used for the project, additional documentation may be required to comply with the governing code and the review process of the Authority Having Jurisdiction (AHJ).

Step 5: Add Drawings and Technical Specifications

Detailed drawings and technical specifications for each product or assembly should be included in the compliance package. These should clearly outline the materials used, dimensions, and details of the construction and installation requirements. They should correlate with the materials detailed in the related compliance reports to make it easier for the reviewer to verify compliance efficiently.

Step 6: Review documents before final production

Carefully review all of the documentation included in the compliance package before proceeding with production of the finished product. Verify that test reports, material specifications, product drawings, and the compliance matrix accurately reflect the actual materials and products that will be manufactured and supplied to customers. This review allows time to correct any discrepancies or update documentation as necessary before making any major changes to production.

How Dreamland Playground Supports U.S. Indoor Playground Fire Review

Dreamland Playground supports architects, contractors, and project managers in preparing the necessary documentation for fire code review. The playground equipment drawings and material specifications are organized in a compliance package, which is submitted for permit approval to the local Authority Having Jurisdiction (AHJ). To facilitate review by the AHJ, the documentation is presented in an organized manner to allow for efficient evaluation of the project.

Material Compliance Matrix

A material compliance matrix will be prepared by Dreamland Playground to outline the components of the indoor playground and correlate them with material specifications and corresponding fire test reports. This will allow the reviewers to have a good idea of what documentation is available to complete their fire code review.

Organized Fire Test Reports

Available fire test reports are organized by category to match relevant products, materials, and components in the playground. This organization makes the reports easy for the architect, general contractor, and project team to find and use in support of the reviewer’s compliance evaluation.

Material Specifications

Material specifications for materials used in all playground equipment, flooring, padding, and other structural elements at the facility are compiled by Dreamland for architects, contractors, and project team members. These show in great detail the materials used at the playground and support the design documents and other reports that show how each playground component meets fire code requirements.

Equipment Layout Drawings

The equipment layout drawings of the proposed playground show component locations and required installation instructions. This enables reviewers to check submitted documents against the actual project layout.

Component Identification and ASTM F1918 Documentation

In our documentation, every component of the playground is identified and listed with corresponding documents, including ASTM F1918 documentation, where appropriate, on the safety performance of soft-contained play equipment and its compliance with applicable criteria.

Communication Support for Architects and Contractors

Dreamland Playground provides documentation support by helping architects and contractors to correlate the reports provided by them to specific project components.

Conclusion

Indoor playground fire safety is not about getting a single fire certificate. It is about matching the playground materials and components with the correct fire test reports, relevant standards, and project drawings to create a complete documentation package that architects, contractors, and local review teams can easily review and verify for compliance with the building fire codes.

As you prepare to finalize the materials for production and begin production, it is best to review the fire safety documentation for your indoor playground to reduce the risk of costly changes in the design as well as to help reduce the time required to receive final approval for your project. At Dreamland Playground, we have the ability to help organize and prepare the documentation of the various specifications for the materials, the equipment plans, the compliance matrix and any of the supporting fire test reports to help make a very complex process as easy as possible for the architect, the contractor and the local fire review team.

Frequently Asked Questions About Indoor Playground Fire Safety Documents

Does an indoor playground need a fire certificate?

No. Most fire documentation for playgrounds consists of material-specific fire test reports, not a single universal fire certificate.

What does IBC 424.2 require for indoor playground materials?

For the playground area, IBC 424.2 lists required fire-performance criteria for various playground equipment materials. The applicable requirements depend on the code edition adopted by the jurisdiction and how the local Authority Having Jurisdiction (AHJ) interprets it.

Is ASTM F1918 a fire safety certificate?

No. ASTM F1918 is a safety performance specification for soft contained play equipment.

Can NFPA 701 replace ASTM E84?

No. NFPA 701 evaluates the flame propagation of textiles and films, while ASTM E84 evaluates the surface-burning characteristics of building materials.

Who approves indoor playground fire safety documents?

Typically, approval of documents for use in the construction of an indoor play facility is given by the local building official, fire marshal, or other local Authority Having Jurisdiction (AHJ).

When should fire safety documents be reviewed?

Review them before finalizing materials and production to avoid delays and costly changes.