ASTM F963 Standard Consumer Safety Specification for Toy Safety

Get Certified ASTM F963 Testing for Toy Safety and Compliance

Toys can present hazards during normal use or reasonably foreseeable abuse, including sharp edges, points, small parts, flammability, and hazardous substances. ASTM F963 establishes safety requirements and test methods to evaluate potential hazards in toys for children under 14 years of age. These evaluations help manufacturers identify safety risks in toys. It also helps them improve toy designs and meet applicable toy safety requirements. For more information about ASTM F963, consult Matestlab Inc.

The scope of ASTM F963 includes:

• Material type: Toys and toy components.
• Purpose: Evaluation of toys and toy components for safety and compliance
• Properties evaluated: Mechanical and physical safety, flammability, sound, cleanliness, hazardous substance content, and other applicable safety characteristics.
• Testing method: Select applicable procedures based on the toy or potential hazard; these may include normal-use, abuse, mechanical, chemical, acoustic, and flammability testing.
• Results: Results may include force, torque, dimensions, sound levels, chemical measurements, or observations of identified hazards.
• Test limitations: ASTM F963 does not use a single test procedure for all toys; requirements vary by toy, component, material, and potential hazard.
• Use conditions: Where applicable, testing simulates normal use and reasonably foreseeable abuse.
• Applications: Toy safety evaluation, product development, quality control, and compliance assessment.

What are the Uses of ASTM F963?

It is a safety standard adopted for the toy and consumer products industry. It ensures that children’s toys are safe for children 14 years and below. This is essential for businesses in electronics, textiles, plastics, and paints. The test method-

• Establishes toy safety requirements. 
• Identifies and minimizes potential hazards. 
• Evaluates toy safety through specified test methods.
• Assesses hazardous substances and material safety.
• Checks specific toy hazards, such as small parts, accessible edges and points, projections, magnets, cords, batteries, sound, stability, and projectile-related hazards.
• Supports safe toy design and development.
• Supports labeling and instructional requirements.

Which materials can be tested under ASTM F963?

The applicable test depends on the material, accessibility, toy type, intended age, and potential hazard. The test method applies to plastics and polymeric materials, including plastic components and plastic films, small metallic parts, glass, ceramics, wood, leather and other porous materials, textiles/fabrics, paints, varnishes, lacquers, and other surface coatings, paper and paperboard, modeling clays, cosmetics, liquids, pastes, putties, gels, powders, and avian feather products used in toys. 

Why is ASTM F963 Important?

ASTM F963 helps identify potential hazards before products reach consumers by establishing standardized testing procedures and performance requirements. It is one of the most pertinent safety standards for toys distributed across various markets. This standard is among the most relevant safety standards governing toy sales in different geographical regions. It increases consumer confidence, creates a basis for fair competition, and also helps manufacturers reduce legal risk by specifying procedures for evaluating applicable safety hazards.

ASTM F963 Testing Process and Data Collection

The analyst selects representative toys, toy components, or materials and determines the applicable safety requirements and test methods. Technicians inspect the toy and prepare it for the required testing. The operator then performs the applicable normal-use, abuse, mechanical, chemical, flammability, or other safety tests specified by ASTM F963. After testing, technicians inspect the toy or components for hazards such as sharp points, sharp edges, small parts, or other specified hazards. Analysts evaluate the observations and test results and record the data for compliance assessment.

Common Challenges and Troubleshooting 

Testing issues include the fact that it cannot adequately approximate real-life play conditions, and results can sometimes be inconsistent. Check and recalibrate the equipment or reset some parameters. Heavy metals testing in complex composites needs precise instrumentation and calibration. Properly calibrated equipment, non-toxic materials, and trained personnel make testing much easier. The lab environment must be strict enough to prevent contamination, and audit protocols are frequently checked to ensure they are updated in accordance with ASTM standards and regulatory changes. 

• The laboratory records the applicable test method, test conditions, and identification details for the toy or component.
• The analyst documents observations such as sharp points, sharp edges, small parts, released components, or other hazards identified during the applicable testing.
• The laboratory reports measured results, such as force, torque, dimensions, sound levels, or chemical test results, in the units specified by the applicable test method.
• The report compares the test results with the applicable ASTM F963 requirements and documents whether the tested toy or component meets the relevant safety criteria.
• Under ASTM F963, manufacturers must ensure their toys meet the specified requirements. Accredited third-party laboratories perform compliance testing to verify that toys meet the specified safety standards. Once toys pass the required tests, they are issued a Certificate of Compliance, indicating they meet ASTM F963 safety requirements.

Link to ASTM F963