Dear customers and friends：

High-Visibility Winter Workwear That Actually Handles Real Snow Days

When your shift runs into sleet and sideways wind, you don’t need a fashion piece—you need a snow jacket that delivers warmth, visibility, and durability without fuss. Dellee’s HIGH VISIBILITY JACKET (DM112) takes the old-school work parka playbook and updates it with printed reflective tapes and a tough beaver-nylon style face in a 55% polyester / 45% cotton blend. To be honest, the first time I handled this fabric, it felt purpose-built for plow crews and rail sidings at 3 a.m.

Industry trend check: we’re seeing a shift from heavy, soggy shells to smarter laminates and printed retroreflective systems, plus smarter seam management. In fact, many customers say they’d trade a tiny bit of loft for better mobility and visibility. That’s exactly where this snow jacket stakes its claim.

Product Snapshot: HIGH VISIBILITY JACKET (DM112)

Shell Fabric	DM112 beaver-nylon style; 55% polyester / 45% cotton
Reflective	Printed reflective tapes (retroreflection per ISO 20471 methodologies; actual R’ depends on configuration)
Water Protection	Water-repellent finish; seam sealing optional; typical hydrostatic head in this class ≈ 5,000–10,000 mm (real-world use may vary)
Breathability	Target Ret ≈ 15–25 m²·Pa/W (ISO 11092 proxy ranges)
Thermal Range	Configurable insulation; comfort guidance commonly referenced via ASTM F2732 profiles
Service Life	≈ 2–4 winter seasons under municipal/utility use, assuming routine care

Where it Works (and Why)

If your crew does night highway maintenance, rail yard switching, airport de-icing, or warehouse yard ops in freezing fog—this snow jacket is the safe bet. The printed tapes reduce crackling stiffness in the cold, and the beaver-style weave stands up to abrasion from tools and grit. I guess the big surprise is how quickly it dries between shifts.

Manufacturing & QA Flow (Short Version)

Material vetting: colorfastness (ISO 105), reflective coefficient checks per ISO 20471 methods.
Cutting & bonding: panel cutting, printed reflective application, optional seam taping.
Assembly: ergonomic patterning for range of motion; stress-point bartacks.
Testing: rain spray (AATCC 35 or EN 343 protocols), breathability (ISO 11092), durability cycles.
Final QC: size grading, reflective placement audit, zipper pull-force checks.

Vendor Comparison (Quick Take)

Vendor	Cert Focus	Lead Time	Customization	Notes
Dellee (HIGH VISIBILITY JACKET)	Designed around ISO 20471; EN 343 options	≈ 30–45 days (seasonality applies)	Logos, tape layout, insulation weight	Strong on printed reflective know-how
Vendor A (import aggregator)	General ANSI/ISEA visibility claims	≈ 20–35 days	Limited colorways	Price-led, fewer custom options
Vendor B (regional brand)	EN 343 focus; occasional ISO 20471	≈ 45–60 days	Broad; MOQs higher	Premium trims, higher cost

Real-World Notes

Case study: a North China municipal snow team reported fewer “near-miss” incidents after switching to a high-contrast snow jacket with continuous torso tape—drivers picked them up earlier in headlight beams. Feedback I heard: “less rustle, easier to shoulder tools,” and—surprisingly—“zippers don’t ice up as fast.”

Compliance, Testing, and Data

The garment is engineered with ISO 20471 visibility principles and commonly paired with EN 343 rain-protection design practices. Typical lab checks include: retroreflective performance over wear cycles, spray rating (AATCC 35), and thermal/breathability mapping (ISO 11092). Thermal comfort planning follows ASTM F2732 guidance; your actual comfort, of course, varies with base layers and activity.

Customization & Support

Logos, tape patterns, insulation weights, and pocket layouts can be tailored. Origin: 14/F., Yisheng Building, No.68 West Heping Road, Shijiazhuang, China. If you’re standardizing a fleet issue snow jacket, ask for a pilot batch with test reports aligned to ISO 20471/EN 343 and an on-site sizing run. It saves headaches later.