The U.S. Consumer Product Safety Commission (CPSC) gave the green light to the updated ASTM F963-23 on January 18, 2024. This recent decision makes it the new federal standard for toy safety. The shift is scheduled to happen on April 20, 2024, unless the CPSC gets adverse comments before February 20, 2024.
What Is the ASTM F963-23?
The ASTM F963-23 is a set of safety standards created by ASTM International for toys. These standards include different technical specifications and safety criteria, such as:
- Acoustics
- Battery Safety
- Projectiles
- Phthalate Limits
- Substrate Material Exemptions
- Toy Tracking Labels
For more information regarding the ASTM F963-23, click here.
Direct Final Rule and Amendments for Toy Safety
The direct final rule is set to incorporate ASTM F963-23, introducing amendments to the existing Notice of Requirements (NOR). This revision will include alterations in both physical and technical dimensions, covering aspects such as Acoustics, Expanding Materials with Outer Coverings, Environmental Conditions for Projectile Toys, Testing Sequence for Bow and Arrow Toys, and Battery Accessibility with Battery Compartment Attachment.
Additionally, modifications will be implemented to harmonise ASTM requirements with current Federal and CPSC standards, particularly related to Phthalates, Exemptions for Toy Substrate Materials, and the labeling criteria for Tracking Labels on Toys.
Want to learn more? Click here to read the new safety standard mandating ASTM F963 for toys.
Implications on Your Business
In the toy industry, businesses must adhere to ASTM F963-23 to meet federal safety regulations. Aligned with the Consumer Product Safety Improvement Act (CPSIA), toys manufactured on or after April 20, 2024, and intended for sale in the U.S., must comply with ASTM F963-23—established as the mandatory consumer product safety standard.
If this regulatory change has impacted your business, reach out to inquiry@hqts.com or click here. Seek assistance from our professionals to guide you through the compliance process.
