Ingredient selection in cider creation can begin with a flavor idea, a marketing opportunity or simply the desire to experiment. But at commercial scale, the decision does not end with whether an ingredient tastes good in the finished cider. The choice can affect sourcing, brand claims, production requirements, stabilization, packaging and ultimately the cost and risk associated with bringing a product to market.
That makes ingredient selection less of a standalone formulation decision and more of a systems decision.
Kate Pinsley, senior director of beverage at Schilling Cider, recommended during a CiderCon 2026 panel that starting with the product’s intended identity before deciding which ingredients will make it into the tank. Pinsley leads Schilling’s cider production and R&D teams, giving her a perspective that connects product development with the realities of producing cider at scale.
“Everything else is about ingredient selection, the quality of it, the price of it, the processing capability of it, the ingredient claims on it,” Pinsley said. “The biggest part of the process is choosing your ingredients.”
That means the first question may not be which fruit, flavor or adjunct a cidery wants to use. It may be what the cidery wants the finished product to communicate.
“I recommend you start with, what are you trying to say about this cider?” Pinsley said. “What is your brand to you? What is your brand identity and what are your constraints?”
Those constraints can include being organic, all-natural, local, vegan or gluten-free, avoiding added sugars, using fair-trade ingredients or limiting fruit to what is grown in a cidery’s own orchard. Each claim potentially narrows the available ingredient choices. More importantly, the claim can create a commitment that lasts well beyond the initial product-development exercise.
“If you’re starting out to work with adjuncts, really think through the implications of these claims that you’re not having to walk something back later,” Pinsley said. “Stick to claims that you can actually follow through on.”
That means ingredient sourcing should become part of the product strategy early rather than something checked after a formula has already been developed. Pinsley recommends having those conversations directly with suppliers before purchasing or committing to an ingredient.
“Whether you’re buying fruit, juice concentrate, flavors, purees, have these conversations early with your suppliers,” she said. “Is this organic? Where is this grown? Is this an allergen-free facility?”
Those questions may sound basic, but they can become expensive when asked too late.
“You don’t want to find this out after you’ve purchased it or committed to something that an ingredient is not going to fill your constraints,” Pinsley said.
The same principle applies to what happens after the ingredient arrives at the cidery. An ingredient that works from a flavor and sourcing standpoint can introduce entirely different production considerations.
Stabilization becomes particularly important when a cidery moves beyond fermented apples and begin adding other fruit or juice, concentrates, purees or other adjuncts.
“If you’re new to adjuncts, you need to keep in mind that the different stabilization requirements with adjuncts,” Pinsley said.
The first concern is often fermentable sugar. But the bigger operational issue can be what else arrives with the ingredient.
“There’s almost certainly microorganisms coming from these fruit,” Pinsley said. “Mechanicals do not assume they’re sterile. They are almost never sterile.”
That is an important distinction in developing new products. An ingredient does not have to appear contaminated to introduce a microbial challenge.
“Whether it’s a puree or concentrate or a juice, there is some degree of microorganism activity inside of those every time,” Pinsley said. “Assume they have living bacteria in them and have a plan for controlling that.”
There are multiple ways a cidery can approach that problem. Pinsley considers pasteurization the gold standard, while noting that combinations of Velcorin, sulfites and centrifugation can also play roles depending on the product.
The important business decision is not simply choosing the least expensive stabilization method. It is understanding what each method can and cannot control for the particular ingredients and process being used. For example, Pinsley noted that Velcorin is not particularly effective against fibrous or unfiltered products. That means the physical characteristics of an ingredient can influence the stabilization strategy just as much as its flavor profile does.
Graft Cider co-founder Kyle Sherrer has approached the issue through centrifugation, using the equipment as one of several controls in the cidery’s process. Graft was founded by Sherrer and his siblings and is known for combining traditional cider-making techniques with more experimental approaches.
“We are going to investigate moving to pasteurization,” Sherrer said. “So right now, we use centrifuge to remove microbial load.”
For Graft, centrifugation is not necessarily a one-time step. Sherrer said the cidery centrifuges after fermentation and may run the cider through the equipment again after certain ingredient additions, particularly when those additions present potential haze, oil or contamination concerns. So, existing equipment can solve some problems, but adding new ingredients can also reveal the limitations of an existing process.
Sherrer’s experience also demonstrates why stabilization decisions cannot be separated from packaging decisions. Graft has worked with a low free-sulfite target at packaging, but Sherrer said even relatively low levels can create complications when cider is packaged in aluminum cans.
“The downside of that is, if you’re packaging in cans, even 10 free is enough to cause aluminum reaction, which is the bane of all cider makers that put their cider in cans,” Sherrer said.
The problem is not necessarily attributable to one variable. Sherrer said issues can come from the can itself, including imperfections in the protective barrier, as well as ingredients such as oils and citrus oils. He also noted that different acids can have different effects on aluminum.
“There’s a lot of things that can cause oils that contribute to corrosion,” Sherrer said. “Certain acids are more corrosive than others.”
That makes packaging another part of the formulation equation. A product may be perfectly acceptable in a tank or during a production trial and still present problems once it enters its commercial package. That is a particularly important consideration for products that will spend weeks or months moving through a distributor and sitting on a retail shelf.
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Sherrer said the risk is not limited to cosmetic changes.
“The last thing you want your distributor or one of your customers to come back to you with is, hey, my cans are exploding,” he said.
More commonly, the problem may show up as a cider becoming sour or hazy or developing unusual particulate, potentially indicating bacterial contamination.
“The more likely cause, if you’re using something like Velcorin, is my cider is sour and hazy, has like weird floating particulate, which is a bacterial infection,” Sherrer said.
Those outcomes illustrate why stabilization should be considered part of product development rather than something added to the end of the production process.
A cidery deciding whether to add a new fruit or flavor should therefore consider more than the ingredient’s cost per pound or its contribution to the finished flavor. The decision can also involve microbial load, particle size, filtration requirements, centrifuge capacity, chemical stabilization, pasteurization, package compatibility and shelf-life risk. The contrast between these approaches is useful because there is no single stabilization strategy that every cidery needs to adopt. A producer’s ingredient portfolio, equipment, packaging format, production scale and risk tolerance all influence the appropriate solution.
What matters is understanding those relationships before the ingredient becomes a permanent part of the brand.
