In the USA, third-party lab testing is mandatory for children’s toys sold for the year or below age group. So, the ASTM F963 standard ensures the safety of toys for children 12 years old or under. This standard provides guidelines for the safety of toys’ mechanical, chemical, and electrical hazards. The Consumer Product Safety Improvement Act (CPSIA) made ASTM F963 mandatory for toy safety in 2008.
What is ASTM F963?
The ASTM F963 is a toy safety standard referenced by the CPSIA. It covers various aspects of product safety. One of the more obvious is the restriction on chemicals and heavy metals. The usual suspects set restrictions for phallus, which restricts the use of lead and cadmium.
Your product, or more specifically, the materials of the children’s product, cannot contain restricted substances above the set limit. The second thing you must consider to ensure compliance with this standard is the mechanical and physical properties.
It refers to the design; the product’s construction covers sharp points, edges, and sound design practices.
Scope and Purpose of ASTM F963
The American Society for Testing and Materials developed ASTM F963, which is specially designed to ensure the safety of children from toys and other baby products.
It covers many products and provides standard safety guidelines for the material’s mechanical, physical, chemical, electrical, and flammability properties.
This standard provides uniform guidelines to manufacturers, importers, and exporters to minimise the risk hazards of toys and other children’s products.
Key Areas it Covers (Mechanical/Physical, Chemical, Flammability)
The ASTM F963 standard was developed to reduce the safety hazards regarding toys. It covers a variety of toys, including dolls, balls, battery-operated, ride-based toys, and many more. This standard gives the guidelines for the safety of children from toys’ sharp points and edges.
The toy safety compliance standard outlines requirements for battery-operated toys to protect babies from burns caused by overheating and flammability. The ASTM F963 toy safety standard also gives guidelines for avoiding poisoning from chemicals and limiting the use of heavy metals in toy materials.
Key Requirements of ASTM F963
Here are the key requirements of the consumer safety specification for toys determined by a comprehensive strength tester for children’s products.
ASTM F963 Tester for Children’s ProductsMaterial Quality and Safety
Children’s toys and product materials must be made of toxic-free chemicals. Certain chemicals, such as lead, phthalates, and cadmium, are restricted.
A safe limit is set for heavy metals used in paints and coatings. The amount of heavy metals should not be greater than the standard limit.
Sharp Edges Physical & Mechanical Properties
There are regulations for sharp edges and end points to avoid cutting or injury to children. Toys should meet specific strength and durability. Sharp edges should not form in case of breaking.
Flammability and Battery Safety
There is a clear standardisation for the flammability safety of toys and battery-operated devices. It gives guidelines to prevent overheating, battery explosion, leakage, and flammability.
Labelling and Packaging Requirements
Proper labelling should be placed on toys and products with age limits, and packaging should be made of safe, secure, and durable materials.
The packaging material and coating should be free of toxic chemicals. The manufacturer’s information and compliance should be mentioned on the labelling.
Hazardous Substances and Chemical Limits
ASTM F963 toy safety guidelines set the safe limits of chemicals and restrict the use of hazardous substances.
Restrictions on Harmful Chemicals
The toy safety compliance standard limits the use of Lead and Phthalates. Lead can be present in toys’ plastic and metal parts. The safe lead percentage is limited to 90 ppm (0.009%).
Phthalates like DEHP, DBP, BBP, DINP, and DIDP should not be present in plastic materials more than 1000 ppm (0.01%). A higher percentage of phthalates in plastic materials may cause hormonal issues in children.
Regulations for Flammability
Toy safety standards adopt the flammability test 16 CFR 1500.44, which determines the burning rate for materials used in toys and other children’s products. For children, fabrics with a flash point less than 0.1 seconds are considered fail products.
Toxicology and Other Hazards
Toy materials should be toxic-free. No chemicals or hazardous substances should be used that can be toxic and cause poisoning through inhalation or skin absorption. LD50 measurements are used to test such materials.
Heavy metals like arsenic, cadmium, and mercury should not exceed the standard limit in toy materials. ASTM F963 restricts hazardous materials like eye irritants, corrosive substances, and allergens.
Conclusion
The ASTM F963 standard was developed to reduce the safety hazards of toys. It covers a variety of toys, including dolls, balls, battery-operated, ride-based toys, and many more. This standard gives guidelines for the safety of children from toys’ sharp points and edges.
The Toys safety compliance standard limits the use of Lead and Phthalates. The Lead percentage should not be more than 90 ppm (0.009%), and Phthalates like DEHP, DBP, BBP, DINP, and DIDP should not be present more than 1000 ppm (0.01%).
FAQs
What is ASTM F963?
The ASTM F963 standard ensures the safety of toys for children 12 years old or under.
What is the Role of CPSIA?
The ASTM F963 is a toy safety standard referenced by the Consumer Product Safety Improvement Act (CPSIA).
What is the purpose of ASTM F963?
This standard provides uniform guidelines to manufacturers, importers, and exporters to minimize the risk hazards of toy and other children’s products.
What are the key areas that toy safety standards cover?
This standard provides guidelines for the safety of children from toys’ sharp points and edges, burning in case of overheating, and flammability.
What percentage of lead and Phthalates is acceptable?
The Lead percentage should not be more than 90 ppm (0.009%), and Phthalates like DEHP, DBP, BBP, DINP, and DIDP should not be present more than 1000 ppm (0.01%).
Related Resources
ASTM F963 Comprehensive Strength Tester for Children’s Products DR026SR
Children Strap Waist Bench Load Testing Machine DR026SY