Thin Brass Sheet Strip Roll Metal Foil Shim Plate Thick 0.01mm-1mm Model Making

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Sale price$3.79 USD
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In stock (500 units), ready to be shipped

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Description

Thin Brass Sheet Strip & Shim Stock — Precision Gauges for Model Making, Shimming & Metalwork

Getting the exact material thickness for a tight mechanical clearance, a scale model frame, or a custom gasket is one of the most common frustrations for makers and workshop professionals. This listing solves that problem with thin brass sheet strips available in 17 thickness options from 0.01mm to 1mm — giving hobbyists, engineers, and fabricators the precise shim stock or sheet material they need, cut to usable lengths without minimum-order headaches.

Each strip is made from brass alloy (copper-zinc), combining good workability with natural corrosion resistance. Thickness options span 0.01mm–1mm (approx. 0.0004"–0.039"), widths range from 10mm to 300mm (approx. 0.39"–11.81"), and lengths are available in 500mm (~19.7") or 1 Meter (~39.4"). The flat strip form arrives ready to cut, bend, solder, or drill with standard hand tools.

Common use cases include precision shimming between bearing housings and mechanical assemblies, thin brass sheet for HO/N/O scale model railway and architectural models, decorative brass inlay strips in woodworking and furniture making, heat shielding in electronics prototyping, and custom gasket stock for small engines or hydraulic fittings.

🔧 Compatible with: CNC machining fixtures, model railway builds, woodworking inlay, electronics prototyping, small engine repair, bearing shimming, and general metalwork fabrication.

✅ Key Features of These Thin Brass Sheet Strips

📏 17 Thickness Options

From 0.01mm to 1mm — select the exact gauge your project demands, from ultra-thin shim foil to workable sheet stock.

📐 Wide Width Selection

Widths from 10mm to 300mm let you choose the closest match to your blank size and minimize offcut waste.

✂️ Easy to Cut, Bend & Solder

Brass alloy is soft enough to score and snap at thin gauges, and responds well to tin snips, hacksaws, bending, drilling, and standard rosin-core soldering.

🛡️ Corrosion-Resistant Brass Alloy

Brass naturally resists oxidation in indoor and light outdoor environments — no rust, no iron content, and a stable finish over time.

🔩 Precision Shim Stock Capability

Ultra-thin options (0.01mm–0.1mm) are engineered for bearing fits, mold alignment, and tight mechanical clearances where tolerance matters.

📦 Two Ready-to-Use Lengths

Choose 500mm for smaller jobs or 1 Meter for longer runs — both arrive flat and ready to work with immediately.

📐 Technical Specifications — Brass Sheet Strip

Material Brass alloy (copper-zinc)
Thickness Range 0.01mm – 1mm (approx. 0.0004" – 0.039")
Width Range 10mm – 300mm (approx. 0.39" – 11.81")
Length Options 500mm (~19.7") / 1 Meter (~39.4")
Form Flat strip / sheet
Surface Finish See variant options
Temper / Hardness See variant options
Thickness Tolerance See variant options
Workability Cuttable, bendable, solderable, drillable
Corrosion Resistance Good — suitable for indoor and light outdoor use
Typical Applications Shimming, model making, inlay, heat shielding, gasket stock

❓ Frequently Asked Questions

How do I choose the right thickness for shimming?

Measure the gap you need to fill with a feeler gauge, then select the closest thickness available. For stacked shims, combine two or more strips — for example, two 0.05mm strips equal 0.1mm. Ultra-thin options (0.01mm–0.05mm) suit precision bearing fits and mold alignment, while 0.1mm–0.5mm covers most general mechanical shimming tasks.

Is brass strong enough for structural or load-bearing use?

Thin brass sheet is not intended for load-bearing structural applications. It excels as shim stock, decorative inlay, heat shielding, and model-making material. For thicker gauges (0.3mm–1mm), it can handle light forming and bracket work in non-structural contexts such as enclosures or guards.

Will this brass sheet rust or corrode over time?

Brass does not rust — it contains no iron. It resists oxidation well in typical indoor environments. In humid or outdoor conditions, brass may develop a natural patina over time. For applications requiring a stable appearance, apply a clear lacquer or wax coating after cutting and finishing.

Can I solder or braze these brass strips?

Yes. Brass is highly solderable with standard rosin-core solder and a suitable flux. It can also be silver-brazed for stronger joints. Clean the surface with fine abrasive paper or flux before soldering to ensure a reliable bond, especially on thinner gauges.

What tools do I need to cut thin brass sheet?

For thicknesses up to 0.1mm, a sharp craft knife or scissors can score and cut cleanly. For 0.1mm–0.5mm, tin snips or a metal shear give cleaner edges. Thicker gauges (0.5mm–1mm) are best cut with a hacksaw, angle grinder, or CNC router. Always deburr cut edges with a fine file or sandpaper before handling.

How do I select the right width to minimize material waste?

Measure the widest dimension of your finished part and choose the next size up. For example, if your part is 22mm wide, select the 25mm strip. This gives a small margin for layout and cutting while minimizing offcuts. For multiple parts, calculate total area needed and consider a wider strip to cut down efficiently.

Is the 500mm length the same material as the 1 Meter option?

Yes — both length options are the same brass alloy material, thickness, and width. The 500mm option is a shorter cut suited for smaller projects or when you need less material. The 1 Meter option offers better value per millimeter for larger or ongoing jobs.

Can I use these strips for model railway or architectural scale models?

Absolutely. Thin brass sheet is a staple in scale modeling. The 0.1mm–0.3mm range is popular for etched or hand-cut detail parts, roofing sheets, and structural framing in HO, N, and O scale models. The material holds fine detail well and can be painted, chemically blackened, or patinated for realistic finishes.

🛒 Select your Thickness, Width, and Length above, then add to cart.

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