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CSA Z262.2-15 (2019): Technical Requirements for Face Protectors in Ice Hockey
Understanding the Canadian Standard for Face Protection Equipment in Hockey
Scope and Application
CSA Z262.2-15 (2019) is the third edition of the Canadian standard for face protectors used in ice hockey, originally published in 2015 and reaffirmed without technical changes in 2019. Published by the Canadian Standards Association (CSA Group), this standard is part of the CSA Z262 series, which covers protective equipment for ice hockey. The standard specifies performance requirements and test methods for face protectors designed to reduce the risk of injury to the face and eyes from sticks, pucks, accidental contact, and other impacts common in ice hockey.
This standard applies to all types of face protectors intended for use by ice hockey players, including:
- Wire cages (full-face and half-face)
- Clear visors (full-face and half-face)
- Combined wire/visor shields
- Integrated helmet-face protector systems
CSA Z262.2-15 is referenced by Hockey Canada, the Canadian Hockey League (CHL), and many provincial and junior leagues as the mandatory certification standard for face protectors worn in organized hockey. It is also recognized by the International Ice Hockey Federation (IIHF) as a national standard for protective equipment. The standard is intended for use by manufacturers, testing laboratories, governing bodies, and consumers to evaluate and select appropriate face protection.
Note: CSA Z262.2-15 (2019) is a reaffirmation of the 2015 edition. No technical changes were introduced in 2019, but the standard continues to be the baseline for face protector certification in Canada. All references to the standard include the 2015 edition and the 2019 reaffirmation.
Technical Requirements
Construction and Materials
Face protectors must be constructed from materials that are durable, non-toxic, and resist degradation from sweat, cleaning agents, and ultraviolet exposure. All metallic and rigid components must be corrosion-resistant. The design must not present sharp edges, burrs, or protrusions that could cause injury.
Optical and Visual Requirements
For clear visors and shields, the standard mandates high optical quality to avoid distortion that could impair a player’s vision. The visor must have a light transmittance of at least 85% in the visible spectrum. Additionally, the visor must not exhibit significant haze (less than 3%) or prismatic deviation exceeding 0.125 prism diopters. These requirements ensure that the player’s peripheral and central vision remain clear during play.
Impact Protection
The face protector must protect against two primary impact scenarios: high-mass, low-velocity impacts (e.g., from a hockey stick) and low-mass, high-velocity impacts (e.g., from a hockey puck). The standard specifies test methods using a guided drop impact apparatus for high-mass impacts and a pneumatic launcher for puck impacts.
| Test Type | Projectile / Impact | Impact Velocity / Drop Height | Performance Criterion |
|---|---|---|---|
| High-mass impact | Steel sphere, 1.0 kg | Drop height of 1.0 m | No fracture of the protector; peak acceleration ≤ 300 g; no contact with eyes/face |
| Puck impact | Standard ice hockey puck, 170 g | Velocity of 28 m/s (≈ 63 mph) | No penetration; no contact with eye area; maximum deformation ≤ 15 mm into the protective zone |
During impact testing, the face protector must remain intact without fragmentation or sharp breakage. For full-face protectors, the test also verifies that the chin and jaw areas are sufficiently shielded.
Penetration Resistance
To simulate the hazard of a stick blade, the standard includes a penetration test using a conical steel striker dropped from a specified height onto the central area of the face protector. The striker must not penetrate through the protector or contact the headform.
Field of Vision and Retention
The face protector must not restrict the horizontal field of view to less than 120° per side (total 240°). The vertical field of view must be at least 30° upward and 50° downward. The protector must also resist upward dislodgment from a hook-like force (min. 400 N). Additionally, the attachment system (e.g., clips, screws) must allow quick release in case of emergency, typically tested with a release force between 20 N and 120 N.
Important: All face protectors certified to CSA Z262.2-15 must be tested on a headform that complies with the headform requirements of CSA Z262.1 (helmets). The helmet and face protector combination must also meet compatibility criteria to ensure proper fit and retention.
Implementation and Certification
Marking and Labeling
Each face protector must be permanently marked with the following information:
- Manufacturer’s name or trademark
- Model designation and size
- CSA certification mark (if certified)
- Date of manufacture (year and month)
- Statement: “CSA Z262.2-15 (R2019)”
- Warning: “This face protector is designed for ice hockey only. Do not use for other sports.”
Clear visors must also display a caution about fogging and directions for proper cleaning.
Compatibility with Helmets
The face protector must be tested in combination with a helmet that meets CSA Z262.1-15 (or later edition). The combination must not compromise the helmet’s ability to remain in place. A retention test specifies that the face protector must not detach or move more than 12 mm when subjected to a 400 N pull in the upward direction.
Certification Pathways
Manufacturers seeking CSA certification must submit samples to an accredited laboratory recognized by the Standards Council of Canada (SCC). Testing is performed as per the procedures in Annex B of the standard. Once certified, the manufacturer may affix the CSA mark. The certification is valid indefinitely, but the standard recommends re-testing every five years or whenever a design/material change is introduced.
Tip: When procuring face protectors for team or league use, always check for the CSA certification mark and ensure the product meets the latest reaffirmation (2019). Even if the product retains the 2015 date, the reaffirmation ensures it is still current.
Compliance and Testing
Test Laboratories
CSA Z262.2-15 requires testing to be performed by laboratories that are ISO/IEC 17025 accredited and recognized by the SCC. The standard explicitly references the following test methods:
- High-mass impact test (Clause 6.3)
- Puck impact test (Clause 6.4)
- Penetration test (Clause 6.5)
- Retention and release force tests (Clause 6.6)
- Vision and optical tests (Clause 6.7)
Environmental Conditioning
Before testing, the face protector must be conditioned at three temperature levels:
| Condition | Temperature | Duration |
|---|---|---|
| Cold | −20 °C ± 2 °C | 4 h minimum |
| Room | 23 °C ± 5 °C | 2 h minimum |
| Warm / UV aged | 50 °C ± 2 °C with UV exposure (optional) | 300 h (for coating durability) |
Protectors must pass all tests after each conditioning regimen. Failure in any condition results in rejection.
Recertification and Market Surveillance
CSA Group conducts periodic market surveillance of certified products. If a product fails to meet the standard when sampled from production or retail, the manufacturer must take corrective action. The CSA certification mark may be revoked for persistent non-compliance.
Compliance Alert: Using a face protector that is not certified to CSA Z262.2-15 (2019) in organized Canadian hockey leagues is prohibited. Players found using non-compliant products may be ejected from games and risk injury. Always verify the CSA mark before use.
Frequently Asked Questions
Q: Does CSA Z262.2-15 (2019) apply to visors used in youth hockey?
A: Yes. The standard applies to face protectors worn by all age groups. However, some minor hockey associations may require additional coverage (e.g., full face protectors for younger players). The standard itself does not differentiate by age; it defines mandatory minimum requirements for all face protectors.
A: Yes. The standard applies to face protectors worn by all age groups. However, some minor hockey associations may require additional coverage (e.g., full face protectors for younger players). The standard itself does not differentiate by age; it defines mandatory minimum requirements for all face protectors.
Q: Can I use a visor certified to ASTM or European standards instead of CSA Z262.2?
A: In Canada, only CSA-certified face protectors are accepted by Hockey Canada and most provincial leagues. While other standards (e.g., ASTM F1587) exist, they are not automatically recognized as equivalent. Players must use CSA-approved products for league play.
A: In Canada, only CSA-certified face protectors are accepted by Hockey Canada and most provincial leagues. While other standards (e.g., ASTM F1587) exist, they are not automatically recognized as equivalent. Players must use CSA-approved products for league play.
Q: What is the difference between the 2015 edition and the 2019 reaffirmation?
A: Technically, there is no difference. The 2019 reaffirmation confirms that the 2015 edition remains valid without changes. The standard number is often written as CSA Z262.2-15 (R2019) to indicate the reaffirmation. New products certified after 2019 must still meet the requirements of the 2015 edition.
A: Technically, there is no difference. The 2019 reaffirmation confirms that the 2015 edition remains valid without changes. The standard number is often written as CSA Z262.2-15 (R2019) to indicate the reaffirmation. New products certified after 2019 must still meet the requirements of the 2015 edition.
Q: How often should a face protector be replaced?
A: CSA does not specify a replacement schedule, but it recommends following the manufacturer’s guidelines. General best practice is to replace a face protector after any significant impact that leaves visible damage (cracks, deformation, coating wear) or after three to five years of regular use, even if no damage is apparent, due to material aging and UV degradation.
A: CSA does not specify a replacement schedule, but it recommends following the manufacturer’s guidelines. General best practice is to replace a face protector after any significant impact that leaves visible damage (cracks, deformation, coating wear) or after three to five years of regular use, even if no damage is apparent, due to material aging and UV degradation.
Article prepared for technical documentation purposes — Footer year: 2026