Snap-Button High-Pile Fleece Jacket

Verified claims

Material

100% recycled polyester from bottles; diverts ~60 bottles/kg, uses 59% less energy & 71% lower CO2; absorbs <1% water for quick drying.

Durability

Matches virgin polyester’s tensile strength and abrasion resistance.

Storage

Air drying preserves the high-pile texture and uses no energy; store loosely to prevent matting.

Insulation

Lofted pile traps heat, compresses for storage, and regains its insulating shape without a lining.

Moisture management

Breathable fleece wicks moisture and dries quickly, preserving insulation in damp conditions.

Draft protection

Elastic cuffs and hem, plus a high neck, seal out drafts and contain warmth.

Placket

Snap buttons allow quick venting and layer flexibility but let wind in; the fleece glides under outerwear.

Ventilation

Snap gaps provide airflow for cooling but also allow wind penetration at speed.

Convenience

Snap buttons can be operated with one hand and replaced if broken.

Layering

Snap closure accommodates bulkier mid-layers without placket tension.

Washing

Wash in cold water on a short cycle every 4-6 wears using a filter bag to reduce microfibers and pilling.

Drying & ironing

Air dry the jacket; never iron it.

Packability

Compresses well for travel; store loosely to preserve loft.

Chafing prevention

Satiny trim on collar and placket prevents chin chafing when fully fastened.

Elastic edging

Elastic hem and cuffs seal out drafts, layer under a shell, and boost warmth.

Brand exclusivity

Exclusive to Simons Canada and designed in Canada for cool-weather layering.

Design features

Technical-shell features (inner pockets, zip pockets, satin trim) at a $79 fleece price.

Wash frequency

Jacket can be worn 4 to 6 times between washes without retaining odor.

Care instructions

Spot clean when possible; otherwise wash cold on short cycle and air dry.

Product record

Title

Snap-Button High-Pile Fleece Jacket

Brand

I.FIV5

Price

79 CAD

Availability

In stock

How high-pile fleece keeps you warm without weight

• Despite its plush volume, high-pile fleece compresses easily for storage—the jacket packs down into a bag or tote and regains its loft after being shaken out, combining the warmth of a bulkier piece with the convenience of a packable insulating layer.
• The soft, compressible pile reduces surface friction against other garments, so the jacket glides under a parka or over a long-sleeve tee without bunching—a key advantage for cold-weather layering systems where unrestricted movement is essential.
• The same open structure that insulates also allows moisture vapor to escape freely—high-pile fleece is inherently breathable, so even when worn during brisk walking or errands, the jacket won't become clammy, making it practical as both a standalone cool-weather piece and a midlayer beneath a windproof shell.
• The high-pile construction uses an open, lofted fiber architecture that traps thousands of tiny air pockets—these still-air chambers hold body heat much more efficiently than the dense weave of standard fleece, explaining why the jacket feels immediately warm without being heavy or stiff.
• Polyester fleece is hydrophobic, absorbing less than 1% of its weight in water—and it dries rapidly—so if the jacket gets damp from rain or sweat, it sheds moisture quickly and maintains its insulating loft, a critical advantage over natural fibers in cold, damp conditions.

Care tips for recycled fleece longevity

• Direct heat from an iron will permanently damage the polyester fibers and can melt the high-pile surface or satiny trim, so this jacket should never be pressed — air drying and proper storage eliminate wrinkles without risk.
• When not being worn, this jacket should be stored loosely rather than stuffed into a tight space or compressed under heavier garments, because compression collapses the high pile and, over repeated cycles, can leave it looking matted and less insulating even after washing.
• Switching from a warm 40°C 85-minute cycle to a cold 15–30°C cycle lasting just 30 minutes reduces microplastic fiber release from fleece by roughly 30%, while cold water also curbs pilling on the high-pile surface — so this jacket stays softer and loses less material with every wash simply by running the coldest, shortest cycle your machine allows.
• Air drying eliminates the friction and heat of a dryer, which can mat down the high-pile surface and cause synthetic fibers to stiffen — line-drying this jacket instead keeps the fleece plush and energetic, and adds zero carbon to its care footprint.
• Dabbing a damp cloth on small spots immediately preserves the fabric from a full wash cycle’s agitation, meaning the jacket can go longer between laundry loads and the high-pile surface avoids unnecessary wear.
• Because recycled polyester naturally resists holding odor and moisture, this jacket can be worn four to six times between washes for everyday layering, cutting water, energy, and fiber loss roughly in half compared to a post-wear washing habit.
• Because fleece garments shed the most microfibers during their first several laundry cycles — with controlled tests showing that shedding does not settle to a low, stable rate until after about eight washes — putting this jacket into a Guppyfriend or similar microplastic-catching bag from its very first wash traps the bulk of that early, heavy fiber loss before it enters the water system.

Snap-button front: practical benefits and style

• Because snaps engage only at discrete points, the jacket naturally vents through the gaps between closures — in a high-pile fleece that can run warm, this means you can cool down quickly by unsnapping a few buttons without fully opening the front.
• Unlike a zipper failure that typically requires replacing the whole closure, individual snap buttons can be swapped out if they break or loosen — extending the jacket's usable life for a fraction of the cost of a zipper repair.
• Full-length snaps allow the jacket to be opened and closed with one hand, making it faster to put on and take off than a zippered fleece — especially useful for quick layering changes when moving between indoor and outdoor settings.
• Because each snap sets the closure point independently, the jacket can accommodate bulkier layers underneath — a thick sweater won't cause tension along the placket like it can with a fixed zipper line, making it easier to wear over varied winter layers.
• The snap closure leaves the front panel undivided by a zipper seam, allowing the satiny placket trim and tonal chest logo to run as a continuous design line — this flat, hardware-visible look reads more premium and retro than a center zip.
• The same openings that vent heat also let air push through at speed, so this jacket is less windproof than a zippered equivalent — its high-pile fleece will still block light breezes, but sustained wind can penetrate between snaps, making it best suited for mild conditions or layered fits.

Recycled materials and sustainability claims

• Producing recycled polyester fleece consumes 59% less energy and generates 71% lower CO₂ emissions per ton compared to virgin polyester, meaning this jacket’s carbon footprint is substantially smaller before it ever leaves the factory.
• Every kilogram of recycled polyester fabric is produced from roughly 60 post-consumer plastic bottles, giving a concrete sense of the waste stream diverted into the high-pile surface of this jacket.
• The insulation in recycled polar fleece comes from advanced napping that creates a dense, soft pile on both sides, trapping air for a high warmth-to-weight ratio — a structural advantage that makes the jacket effective as a lightweight warm layer.
• Recycled polyester fleece delivers the same tensile strength (35–85 cN/tex) and abrasion resistance as virgin polyester, so the plush pile will not tear or wear out faster under regular use. Its low 0.4% moisture absorption also means sweat travels along the fiber surface for quick drying, making the jacket practical for active wear as well as casual warmth.