Guide · Staff Uniform Buying
Every winter uniform program reaches the same fork: fleece jackets or softshell jackets for the team? Both are legitimate; they fail in opposite ways. Fleece fails outdoors in wind and drizzle. Softshell fails on budget lines and in warm indoor environments where its weather face is never used. We manufacture both, in the same factory system, so this comparison is written from the pattern table rather than from a sales quota: what each garment does well, where it disappoints, and how to decide by the job your staff actually do.
The short version
Fleece is a warmth layer. A 100% micro fleece jacket traps air in a brushed pile and insulates at very low weight and cost, but wind passes through it and rain soaks it. Softshell is a weather layer: a woven face bonded to fleece (two-layer) or to fleece through a membrane (three-layer) can improve wind resistance and may shed light moisture for a limited period — the actual result depends on the membrane tier, face fabric, seams, closures and exposure, and complete wind exclusion should not be assumed. It also presents a smoother, more "uniform" face to the public, at higher cost. Neither fabric is simply "warmer" than the other: warmth in wear depends on the pile structure, the fit, what is layered with the garment and how much wind the wearer faces. Choose by environment first, budget second, and looks last; the sections below score each factor.
Warmth and comfort
For stationary and indoor work, fleece is the direct warmth layer. Our core 280 GSM micro fleece — the weight of the basic staff jacket — insulates by holding still air in its brushed pile, while a two-layer softshell of similar weight spends part of that weight on a woven face that adds structure rather than pile. Which garment feels warmer in wear depends on the pile structure, the fit, the layering and the wind exposure: indoors in still air the pile does the warming, while outdoors wind strips a fleece's trapped air in minutes and a bonded face protects the warmth the fleece lining generates. Fleece is also the easier all-day wear: it is soft at the collar, quiet, and stretches with the wearer without any membrane stiffness. If your team's day is outdoors and moving, the honest comparison is fleece under a shell versus softshell alone — and the softshell is usually the tidier single-garment answer.
Weather
Wind: softshell generally has the advantage. Two-layer bonding can block much of the wind, and a three-layer membrane build (300–350 GSM, breathability graded up to 10,000 g/m²/24h) may increase resistance further; the actual result depends on the complete garment and conditions, and complete exclusion should not be assumed. Rain: softshell may shed light rain and drizzle for a limited period, while fleece can absorb water, gain weight and lose insulation. Neither garment is a rain jacket — programs for sustained wet work should plan a waterproof outer and treat this page's choice as the layer beneath it. The full construction breakdown is in our softshell layer guide.
Appearance and branding
Softshell presents better to the public. The woven face holds a sharp silhouette, resists pilling appearance longer, and gives embroidery a flat, stable ground — logos sit flatter and read more crisply than on a fleece pile. Fleece branding works best as chest embroidery executed with a backing that controls the pile, or as a woven label; large printed graphics are a fleece weakness and a softshell strength. If the garment carries customer-facing branding for a retail, hospitality or service brand, that alone can settle the question. If the garment is issued to back-of-house and warehouse teams, it should not.
Care and service life
Both garments are easy-care synthetics, but their ageing differs. Fleece's enemy is surface change: pile flattening and pilling in rub zones over many wash cycles, which makes a garment look tired before it wears out. Specifying a proper weight — not the lightest quote — is the main defence, which is why we publish the ladder in the GSM guide and build the core program at 280 GSM rather than chasing the cheapest fabric. Softshell ages more gracefully on the face but asks for saner washing: membranes and bonding dislike excessive heat. Both outlast a cheap padded jacket in daily issue; both lose to a padded jacket on pure deep-winter warmth, which is a different slot in the program (see padded jackets).
Cost
Per-unit cost often rises from fleece to two-layer softshell to three-layer softshell, but the quotation for the exact fabric, construction and branding decides. Minimums are style-specific: recorded examples include listed Polar Fleece Jacket and Three Layer Softshell Jacket SKUs at 5,000 pieces, while other styles are confirmed per style at quotation. The budget error to avoid is buying three-layer softshells for an indoor team "for quality" without a use case — if the membrane is not needed, compare a heavier fleece (320–330 GSM finished quality) on warmth, comfort and cost for that team's conditions.
Decision table
| Your team's reality | Specify |
|---|---|
| Indoor, heated, public-facing (clinic, care, retail floor) | Fleece jacket 280 GSM — or the fleece vest where sleeves get in the way |
| Mixed indoor/outdoor, vehicles, yards | Two-layer softshell, 300–330 GSM |
| Outdoors for hours, changeable weather | Three-layer softshell, breathability tier matched to activity |
| Cold-store / refrigerated work | Fleece as mid-layer under the cold-store outer, or a quilted/padded style |
| Brand-led range, logo is the point | Softshell — the face carries branding best |
| Tight budget, large headcount, indoor work | Fleece at a proper weight; do not drop below 280 GSM to save money |
Fit, sizing and staff acceptance
The garment staff actually wear beats the garment that wins on a spreadsheet. Fleece has an acceptance advantage: it feels familiar, like clothing people already own, and its softness at the neck and cuffs means fewer complaints in week one. Softshell asks more of the fit: a structured face shows a poor size distribution immediately, and teams sized by guesswork end up with tight shoulders on the people who move most. Whichever you choose, size from workforce data and grade honestly — and remember the layering question: a softshell sized to fit over a fleece needs that room built into the program grading, decided at spec stage, not discovered at issue.
There is also a gender and role dimension that generic programs miss. A single unisex garment in either fabric is a compromise some workforces accept and some visibly do not; our fleece blocks run in women, men and unisex cuts precisely because the house scrub-layer products — the fleece jacket and the women's fleece vest — taught the program that shaped blocks get worn and boxy ones get left in lockers. If your issue includes roles where the garment is customer-facing all day, the cost of proper blocks is repaid in how the team looks by November.
Total cost over the garment's life
Compare programs on cost over the expected service period, not cost per unit at delivery. A fleece bought one step too light may need earlier replacement; a softshell membrane bought for indoor work may add cost without a matching benefit. Factor in the replacement pattern — while keeping the original specification can simplify a future inquiry, availability and terms still need to be confirmed by quotation — the laundry reality of your operation, and the cost of the in-between outcome: a team that finds the issued garment wrong may stop wearing it consistently. The checklist in the next section of this site walks the costing in order if you are building the business case alongside the spec.
The layered answer
Some programs issue a fleece as the personal warmth layer and a softshell as the weather layer. If the two are intended to be worn together, do not assume that their size charts are interchangeable or that a lighter fleece will automatically fit under a given softshell. Check each garment's chart, state the intended layering in the inquiry, and confirm fit on samples; colors and branding for the pair are confirmed by quotation.