Custom sheet metal trim pricing and lead times vary significantly by region, shop size, material, and order complexity. This page collects benchmark data — price per linear foot by material and gauge, fabrication lead times, freight transit windows, minimum order quantities, and developed width ranges by trim type — to help contractors bid accurately and plan job schedules.
Price Per Linear Foot by Material and Profile Complexity
Material price is driven by three variables: the raw material cost (alloy and coating), the gauge (heavier gauge = more metal per foot), and the developed width (how much flat sheet is consumed per linear foot of finished trim). The table below shows typical ranges for simple profiles (drip edge, eave trim) versus complex profiles (architectural coping, sill pans with multiple bends).
| Material & Gauge | Simple Profile (5–8" DW) | Mid Profile (8–16" DW) | Complex Profile (16–32" DW) |
|---|---|---|---|
| Galvanized steel, 26 ga. | $1.50–$2.50/LF | $2.50–$4.50/LF | $4.00–$7.00/LF |
| Galvanized steel, 24 ga. | $1.90–$3.00/LF | $3.00–$5.50/LF | $5.00–$9.00/LF |
| Galvalume steel, 26 ga. | $1.70–$2.80/LF | $2.80–$5.00/LF | $4.50–$8.00/LF |
| Galvalume steel, 24 ga. | $2.10–$3.40/LF | $3.40–$6.00/LF | $5.50–$10.00/LF |
| Kynar-painted steel, 24 ga. | $3.00–$5.00/LF | $5.00–$8.50/LF | $8.00–$13.00/LF |
| Aluminum .032" | $2.50–$4.00/LF | $4.00–$7.00/LF | $6.50–$11.00/LF |
| Aluminum .040" | $3.20–$5.00/LF | $5.00–$8.50/LF | $8.00–$13.50/LF |
| Aluminum .050" | $4.00–$6.50/LF | $6.50–$10.50/LF | $10.00–$16.50/LF |
| Aluminum .063" | $5.00–$8.00/LF | $8.00–$13.00/LF | $12.50–$20.00/LF |
Note: DW = Developed Width. All prices are material-only; add freight (see section below) and applicable tax for total landed cost. Prices reflect mid-2026 U.S. market conditions and will vary by region and shop. Kynar pricing depends on color — standard palette colors typically run at the low end of the range; custom color matches at the high end.
Freight Cost Ranges by Order Size
Custom sheet metal trim ships LTL (Less-Than-Truckload) because trim sections are typically 10–12 feet long and do not stack efficiently. Freight is calculated based on pallet dimensions and total weight. Pallet width scales with order volume: orders under 100 LF typically palletize to 12" wide; 100–250 LF to 24" wide; over 250 LF to 48" wide. Pallet length is fixed at 120" (for 10' sections) or 144" (for 12' sections).
| Order Size | Approx. Weight | Local (<300 mi) | Regional (300–1,000 mi) | Cross-Country (>1,000 mi) |
|---|---|---|---|---|
| 50 LF (simple profile) | ~55 lbs | $145–$220 | $200–$350 | $280–$480 |
| 100 LF | ~110–200 lbs | $180–$300 | $260–$450 | $380–$650 |
| 250 LF | ~275–500 lbs | $240–$420 | $350–$600 | $500–$900 |
| 500 LF | ~550–1,000 lbs | $320–$560 | $480–$800 | $700–$1,200 |
| 1,000 LF | ~1,100–2,000 lbs | $500–$850 | $750–$1,300 | $1,100–$2,000 |
Freight tip: Freight as a percentage of total order cost is highest on small orders — a 50 LF order can pay 20–40% of material cost in freight. At 500 LF, freight typically drops to 8–15% of material cost. Consolidating multiple trim types into one order significantly improves the freight-to-material ratio.
Fabrication Lead Times
Lead time has two distinct components: the quote-and-approval cycle (before fabrication starts) and actual shop production time. Traditional ordering wastes 2–5 business days in the quote cycle before a single cut is made. Online ordering platforms that accept drawings directly can eliminate this delay.
| Phase | Traditional Shop (phone/email) | Online Ordering (Trimgy) |
|---|---|---|
| Quote turnaround | 2–5 business days | Instant (real-time) |
| Drawing approval | 1–2 business days | Eliminated (draw-to-order) |
| Shop fabrication — standard profiles, galv/Galvalume | 3–7 business days | 3–7 business days |
| Shop fabrication — complex profiles | 5–12 business days | 5–12 business days |
| Shop fabrication — Kynar color match | 7–15 business days | 7–15 business days |
| LTL freight transit | 1–5 business days | 1–5 business days |
| Total (standard, regional delivery) | 8–19 business days | 4–12 business days |
Minimum Order Quantities by Shop Type
Minimum order quantities (MOQs) exist because setup time — programming the brake press, loading material, and making test bends — is the same regardless of run length. Shops amortize this setup cost across the minimum quantity.
| Shop Type | Typical MOQ | Notes |
|---|---|---|
| Small regional brake shop | 25–50 LF | Flexible; will often do small orders at a setup premium |
| Mid-size regional shop | 50–100 LF | Standard MOQ for most profiles; complex profiles may be 100+ LF |
| Large commercial fabricator | 100–200 LF | Lower effective price per foot but higher minimums |
| Roll-formed profile supplier | 500–2,000 LF | Lowest cost per foot but only for standard profiles at high volume |
| Trimgy (online brake-formed) | 25 LF (most profiles) | No setup premium; instant pricing; minimum visible before checkout |
Developed Width by Trim Type
Developed width (DW) is the total flat-sheet width consumed when a profile is unfolded — the sum of all leg lengths before bending. It determines material cost per linear foot and pallet weight per foot. Wider profiles cost proportionally more in material and ship heavier.
| Trim Type | Typical Developed Width | Common Use Cases |
|---|---|---|
| Simple drip edge | 5–8" | Commercial roof eave, fascia edge |
| Gutter apron drip edge | 7–11" | Behind gutter, directs water into gutter |
| Eave trim (roof edge) | 6–12" | Metal building eave, low-slope roof edge |
| Rake trim | 6–12" | Metal building gable, commercial rake |
| Sidewall flashing (per piece) | 12–20" | Roof-to-wall junction; fabricated in lapped sections |
| Window sill pan | 8–14" | Under window rough opening, custom width |
| J-channel / F-channel | 4–7" | Siding panel edge receiver |
| Outside corner trim | 8–16" | Building corners for siding or metal panels |
| Standard parapet coping | 14–22" | Wall widths 6–12"; legs 3–4" each side |
| Architectural coping (wide wall) | 20–36" | Wall widths 12–24"; legs 4–6" each side |
| Ridge cap | 12–18" | Metal building ridge, commercial ridge cap |
| Base angle / wall closure | 5–9" | Metal building base, transitions to foundation |
How to use these numbers: Multiply developed width by your LF quantity to get total square footage of sheet consumed. Multiply square footage by the material cost per sq ft (roughly: 26 ga. galvanized ≈ $0.38/sq ft; 24 ga. Galvalume ≈ $0.52/sq ft; Kynar 24 ga. ≈ $0.85–$1.10/sq ft; aluminum .032" ≈ $0.65–$0.80/sq ft). Add fabrication margin (typically 40–80% of material at shop level) to estimate total material + fab cost before freight.
Material Cost Premium by Coating and Alloy
When comparing materials, Galvalume 26 ga. is the practical baseline for most roofing and general trim applications. The table below shows relative cost multipliers applied to the same profile in Galvalume 26 ga.
| Material | Cost vs. Galvalume 26 ga. | Best Use Case |
|---|---|---|
| Galvanized steel, 26 ga. | 0.85–0.95× | Interior locations, painted applications, budget projects |
| Galvalume steel, 26 ga. | 1.0× (baseline) | General roofing trim, exposed exterior, most brake-formed profiles |
| Galvalume steel, 24 ga. | 1.25–1.35× | Wide coping, commercial eave trim, oil-can-sensitive applications |
| Kynar-painted steel, 24 ga. | 1.8–2.5× | Color-matched architectural trim, long-term color retention |
| Aluminum .032" | 1.6–2.0× | Sill pans, siding trim, window casing, general aluminum applications |
| Aluminum .040" | 2.0–2.6× | Heavy-duty aluminum coping, high-traffic locations |
| Aluminum .050" | 2.6–3.2× | Heavy commercial, coastal environments, structural flashings |
| Aluminum .063" | 3.2–4.0× | Wide coping caps, high-load structural applications |
Frequently Asked Questions
Trimgy's drawing canvas shows your profile's developed width in real time as you draw, then calculates instant pricing with freight — so you have exact numbers for your bid before you order. Draw your trim profile and get a quote →