True Catalyst 5X Hockey Gloves

About the True Catalyst 5X Hockey Gloves

The True Hockey Catalyst 5X Hockey Glove is built for competitive players who refuse to compromise between protection and puck feel. Variable-density foam layers absorb high-velocity impacts at multiple threat zones, while strategically placed PE inserts reinforce the back-hand and finger channels. The tapered anatomical fit follows natural hand geometry, reducing dead space and preventing glove rotation during play. Nash palm construction uses a durable, thin-profile synthetic that maintains tactile feedback across thousands of repetitions. Developed at T3 Sports' R&D facility in Bengaluru, the Catalyst 5X accounts for India's humid climate by incorporating moisture-channelling liner fabric that resists heat buildup during extended sessions at venues like the ASICS rink. The cuff is structured at 15 mm depth to allow full wrist articulation without exposing the forearm. Available in senior sizing from 13 inches to 15 inches, the Catalyst 5X meets HECC protective standards and suits both inline and ice hockey formats.

Overview

Multi-Zone Impact Protection

Three discrete foam density zones target the most common impact sites: back-hand, finger joints, and thumb saddle. PE inserts add rigid reinforcement where stick and puck contact peaks, without adding bulk to the palm side.

• Variable-density foam across 3 anatomical threat zones
• PE inserts cover back-hand and all four finger channels
• Thumb saddle reinforced for cross-ice pass impact loads
• HECC-compliant construction for sanctioned league play
• Engineered for inline and ice hockey contact profiles

Nash Palm Stick Feel

The 1.2 mm Nash synthetic palm preserves direct stick-to-hand feedback across the full grip surface. Tapered anatomical shaping eliminates excess material in the finger stalls, giving shooters and playmakers consistent control through every shift.

• 1.2 mm Nash palm retains tactile puck and stick feedback
• Tapered finger stalls reduce dead space and glove rotation
• Moisture-channelling liner manages sweat at 42 °C ambient
• Structured 15 mm cuff allows full wrist articulation
• Palm seams positioned away from primary grip contact zones

True Catalyst 5X Hockey Gloves specifications

Key features

• Variable-Density Foam — Three foam density zones are tuned independently for the back-hand, finger channels, and thumb saddle. Softer inner layers cushion vibration. Firmer outer layers deflect direct impacts. The result is graduated protection without uniform stiffness across the glove.
• PE Insert System — Rigid polyethylene inserts are laminated into the back-hand and all four finger channels. Each insert is contoured to the anatomical ridge of the finger, distributing stick and puck impact energy laterally rather than concentrating it at any single point.
• Nash Palm Construction — The 1.2 mm Nash synthetic palm is chosen for its balance of durability and tactile transparency. It resists abrasion from stick shafts and boards while transmitting enough surface texture for players to sense shaft rotation and blade angle in real time.
• Anatomical Taper Fit — Finger stalls are tapered to match natural hand geometry from knuckle to fingertip. Reduced dead space stops the glove from rotating on the hand during wrist shots and dekes. Players report faster glove-on and glove-off transitions during stoppages.
• Climate-Adapted Liner — Developed in Bengaluru with India's rink conditions in mind, the moisture-channelling mesh liner wicks sweat away from the palm and vents heat at ambient temperatures up to 42 °C. This is critical at venues like the ASICS rink where ice sessions follow outdoor warm-ups.
• Structured Cuff Design — The 15 mm structured cuff holds its shape under repeated flexion, maintaining consistent forearm coverage without the rigidity that limits backhand reach. The cuff angle is set to complement a standard hockey stance and low-hands stickhandling position.
• HECC Certification — The Catalyst 5X meets HECC protective standards, making it eligible for sanctioned ice hockey leagues in India and internationally. HECC compliance signals verified impact attenuation, not just brand assertion, giving team equipment managers a documented procurement baseline.

True Catalyst 5X Hockey Gloves size guide

Hockey gloves are sized in inches (8" to 15"). Most players choose by height and age — the chart below combines both, with hand length if you want to check.

How to measure

1. Hold your hand flat. Measure from the crease of your wrist to the tip of your middle finger.
2. Or simply use your height and age in the chart — that is how most players choose.
3. With the glove on, your fingertips should sit just short of the end of the fingers, and the cuff should reach close to your elbow pad.

Glove size chart

• Between two sizes? Choose the smaller one for better stick feel, or the larger one if you want more forearm coverage.
• There should be no gap between the glove cuff and your elbow pad.
• Not sure? Message us on WhatsApp (+91 91112 22274) with your measurements and we will confirm the right size before you order.

Height, age and weight from Bauer's glove size chart; hand length from CCM's chart. True gloves follow the same inch sizing.

How it compares

True Catalyst 5X Hockey Gloves vs Bauer Vapor 3X Glove

True Catalyst 5X Hockey Gloves vs CCM Tacks AS 580 Glove

True Catalyst 5X Hockey Gloves — frequently asked questions

What certification does the True Hockey Catalyst 5X Glove carry?

The Catalyst 5X meets HECC protective standards. HECC certification requires verified impact attenuation testing, not self-reported claims. This makes the glove eligible for sanctioned ice hockey competition in India and most international recreational and competitive leagues.

How is the mobility rating of the Catalyst 5X for stickhandling?

Mobility is high. The tapered anatomical finger stalls remove excess material, and the Nash palm at 1.2 mm thickness preserves direct feedback. The 15 mm cuff allows full wrist flexion. Players transitioning from bulkier gloves typically adapt within two to three sessions.

Is the Catalyst 5X suitable for inline hockey in India's warm climate?

Yes. The moisture-channelling mesh liner is rated to 42 °C ambient temperature. Inline surfaces generate less cold air than ice rinks, so thermal management is more critical. The liner wicks sweat efficiently during extended outdoor and indoor inline sessions across Indian cities.

What sizes are available and how do I measure my hand for these gloves?

The Catalyst 5X is available in 13 inch, 14 inch, and 15 inch senior sizes. Measure from the base of your palm to the tip of your middle finger with fingers relaxed and together. If your measurement falls between sizes, select the larger size to maintain full finger articulation.

How should I care for and ventilate the Catalyst 5X after play?

After each session, open the cuff wide and stand the gloves upright in a ventilated area. Do not store in a sealed bag at temperatures above 40 °C. Wipe the Nash palm with a damp cloth after heavy sessions. Avoid machine washing, as heat cycles degrade the PE insert adhesion and foam lamination.

Where is the Catalyst 5X designed and engineered?

The Catalyst 5X is engineered at T3 Sports' R&D facility in Bengaluru, India. Design decisions including liner heat rating, palm thickness, and cuff geometry were informed by testing conditions relevant to Indian rinks and inline surfaces.

Does the Catalyst 5X work for both ice hockey and inline hockey?

Yes. The protective architecture addresses puck and stick impacts common to both formats. The moisture-channelling liner handles the higher ambient temperatures of inline play. HECC certification applies to ice hockey sanctioning bodies, so verify with your specific inline league's equipment rules before competition.

What is the ventilation design of the Catalyst 5X?

Ventilation is built into the liner fabric rather than perforated shell panels. The moisture-channelling mesh moves sweat away from the palm surface and allows airflow through the glove interior. This approach retains structural integrity on the back-hand while managing heat at the palm, where players generate the most friction.