BEESWIFT HVTT025SYN Hi-Vis Hooded Sweatshirt – Class 3 High Visibility Safety Hoodie

BEESWIFT HVTT025SYN. Hi-visibility hooded sweatshirt delivers reliable warmth, comfort, and safety for workers requiring certified high-visibility clothing in demanding environments.

This safety hoodie is designed for professionals working in construction, aviation, logistics, maintenance, and industrial sectors requiring dependable visibility protection.

The garment combines durable construction with modern comfort features to ensure reliable performance throughout demanding work shifts.

Workers benefit from a comfortable, highly visible garment that maintains safety standards while supporting flexibility and movement during everyday tasks.

BEESWIFT HVTT025SYN

Durable 280gsm Polyester Fleece Fabric

The BEESWIFT HVTT025SYN sweatshirt is manufactured using strong 280gsm fleece fabric for warmth and durability during colder working conditions.

The garment uses 100 percent polyester material to provide long-lasting wear and resistance to workplace stress.

This fleece fabric helps retain warmth while remaining breathable for all-day comfort.

The construction supports reliable performance during physically demanding tasks or outdoor operations.

BEESWIFT HVTT025SYN

Anti-Pill Fabric Treatment

The sweatshirt features anti-pill fabric treatment to prevent small fiber balls forming on the garment surface.

This treatment helps maintain the garment’s professional appearance even after repeated washing cycles.

Anti-pill technology also improves long-term durability and garment lifespan.

Workers benefit from clothing that maintains its quality throughout extended use.

BEESWIFT HVTT025SYN

Practical Hooded Sweatshirt Design

The garment includes a protective hood to provide additional warmth and coverage during cold weather conditions.

Handwarmer pockets allow workers to keep their hands warm during outdoor operations.

The hoodie design offers both comfort and functionality for everyday workwear.

Its casual style makes it suitable for various workplace environments requiring safety clothing.

BEESWIFT HVTT025SYN

Advanced Retro Reflective Safety Tape

The sweatshirt incorporates high-quality retro-reflective tape to improve worker visibility in low-light environments.

The reflective design includes two bands around the chest and arms with shoulder accents.

This reflective pattern improves recognition of the wearer’s body shape.

Enhanced visibility helps reduce workplace accidents in hazardous environments.

BEESWIFT HVTT025SYN

Segmented Heat Applied Reflective Technology

The garment uses segmented heat-applied reflective tape for improved comfort and flexibility.

Segmented tape allows the fabric to move naturally with the wearer during physical tasks.

This technology reduces stiffness commonly found with traditional stitched reflective tape.

It also improves breathability for enhanced comfort during long work shifts.

BEESWIFT HVTT025SYN

Improved Washing Durability

Heat-applied reflective tape improves durability during repeated washing cycles.

The tape maintains reflective performance even after regular garment maintenance.

This design ensures the garment continues meeting safety visibility requirements over time.

Durable reflective elements support long-term workplace safety compliance.

Certified High Visibility Safety Standards

The BEESWIFT HVTT025SYN hoodie conforms to EN ISO 20471:2013+A1:2016 high-visibility clothing safety standards.

This garment meets Class 3 visibility requirements with a minimum visible surface area of 0.80 square meters.

Class 3 certification provides the highest level of high-visibility protection.

This makes the hoodie suitable for high-risk working environments.

Comfortable High Visibility Workwear Solution

The BEESWIFT HVTT025SYN hi-visibility hooded sweatshirt offers warmth, comfort, and certified safety protection for demanding workplaces.

Its durable fleece construction, segmented reflective tape, and Class 3 certification make it an essential piece of professional safety clothing.