Are Trade Wars Affecting Tungsten Fly Prices?

Tungsten is an exceptionally dense metal, making it useful for adding weight to flies without adding much bulk. Its ability to get compact flies down quickly has made tungsten beads, cones, and dumbbell eyes staples in fly boxes and at tying benches, especially with the popularity of Euro nymphing. For many anglers, that combination of weight, sink rate, and a small profile has become central to how they tie and fish their flies, eliminating the need for harmful lead split shot.

Tungsten fly fishing beads have always been more expensive than standard brass beads, and anglers often resort to buying beads in bulk to save money. However, a recent uptick in pricing, driven by ongoing trade wars and overseas conflicts, may have some second-guessing their purchases. Fishing companies buy from a market serving industrial cutting tools, semiconductor manufacturing, aerospace equipment, and armor-piercing ammunition. Restricted supply and demand from those industries have driven up the cost of a material many anglers use regularly.

Why Prices Have Risen

China supplies more than three-quarters of the world’s tungsten. In February 2025, it introduced export controls on certain tungsten products, requiring licenses to ship materials including ammonium paratungstate, or APT, a processed material used to produce tungsten. Those restrictions tightened supply outside China. 

By March 2026, Bloomberg reported that the European APT benchmark had risen 557 percent since the export controls began. That increase measures a processed raw material, rather than finished beads or flies, but it shows the scale of the cost pressure facing manufacturers.

Relief depends on more material reaching the market. Fastmarkets’ March outlook identified depleted inventories, restricted exports, and limited near-term production as reasons volatility would persist through 2026. For fishing companies purchasing tungsten, a quick return to pre-trade war costs is uncertain.

Higher Costs, Higher Bead Prices

For bead and fly producers, the squeeze creates decisions about pricing and materials: how much of the increase they can absorb, what they pass along to customers, and which products require tungsten.

Fulling Mill’s response illustrates those decisions. In an August interview with the Oregon Fly Fishing Blog, Dom Lentini, who works in product development and marketing, explained that rapidly rising raw-material costs had forced the company to increase tungsten bead prices. Fulling Mill also reviewed its flies to determine which patterns needed tungsten and began developing alternatives. 

In a separate Flylab interview with Tim Romano, Fulling Mill president Nick Yardley explained that packaged tungsten beads would be priced by size rather than at a single price across sizes, reflecting the amount of metal in each bead. The company would also discontinue some of its largest tungsten bead sizes.

Those changes may take longer to reach finished flies on shop shelves. Staff at the local shop I visited said much of their current fly inventory was tied using beads purchased a year or more ago, cushioning retail fly prices from the recent increases. They expect higher costs to become more noticeable in 2027 or later as newer flies reach the shelves. The timing will vary across manufacturers and shops, depending on existing inventory and when replacement stock arrives.

The raw-material increase won’t translate directly into the same percentage increase on a finished fly. But higher packaged-bead prices are already affecting what tyers pay, even where finished-fly prices have yet to catch up.

What Changes at the Vise and on the Water?

Tungsten’s density is difficult to replace. A brass bead of the same size weighs less, and matching the weight with another material generally requires more bulk. That matters whenever a fly needs substantial weight without changing its profile.

As newer flies reach shops, anglers may also have more alternatives to choose from. In the Flylab interview, Yardley outlined plans for Fulling Mill to introduce stainless steel slotted beads as a lower-cost alternative to tungsten. Stainless steel is less dense than tungsten, so matching the weight would require a larger bead. For patterns where tungsten’s compact weight isn’t essential, steel could offer a more affordable option for both packaged beads and finished flies down the road.

Higher costs may encourage more experimentation with how flies are weighted. Brass beads, wire bodies, and combinations of materials offer ways to distribute weight differently. These choices change the fly. More wire can thicken a body. Larger eyes can alter its balance and action. A lighter bead can change its sink rate. The goal is to find a combination that achieves the depth, profile, and movement the pattern needs.

For shops, carrying alternatives gives customers more options as tungsten products become more expensive. For tyers, the question becomes where tungsten’s compact weight is necessary and where another construction works.

Deep, fast water and compact, heavily weighted patterns will continue to make a strong case for tungsten. Elsewhere, the price increase gives anglers a reason to reconsider how much weight they need and where to put it.