Switchyard Catalytics supplies beverage co-packers with pectinase, cellulase, amylase, and tannase programs built for multi-SKU clarification, filtration relief, viscosity control, and documented plant trials.
Request pricingContract beverage plants do not buy enzymes in a vacuum. You buy uptime, cleaner changeovers, predictable tank behavior, and fewer surprises before filtration, filling, or release.
Switchyard Catalytics supports beverage co-packers running multi-SKU schedules across teas, juice blends, functional drinks, botanical extracts, concentrates, and hybrid beverage formats. We help plant teams select and trial enzyme solutions that fit real production constraints: tank availability, hold windows, temperature limits, filtration load, haze risk, ingredient variability, and documentation requirements.
If you need an enzyme supplier for beverage co-packers that understands the pressure of running multiple customer formulas on shared equipment, we are built for that conversation.
A co-packer’s enzyme decision is rarely just “which enzyme works?” The better question is: which enzyme program can be repeated across shifting SKUs without disrupting the production schedule?
Switchyard Catalytics helps beverage teams evaluate enzyme options for:
We do not sell vague “biotech performance.” We help you define what success looks like in the tank, on the filter, at the filler, and in the production record.
Fruit components, concentrates, purees, and plant-based inclusions can bring pectin into a formula even when the beverage is not positioned as a juice. Pectin can increase viscosity, slow settling, stress filtration, and contribute to haze.
A pectinase program may help co-packers improve:
For co-packers, the key is not over-treating one batch. It is creating a repeatable treatment window that operators can follow under normal production conditions.
Plant-derived ingredients can introduce fiber, suspended solids, and cell-wall material that complicate extraction and separation. Cellulase can be useful where the beverage matrix carries pulp, botanical load, vegetable components, or fibrous extracts.
Common objectives include:
We work with teams to assess whether cellulase belongs in the process, where it should be introduced, and what downstream effects must be checked before scaling.
Some beverage inputs carry starch or starch-derived cloud that can create haze, sediment, or viscosity issues. This can show up in grain-adjacent beverages, malted components, certain concentrates, or hybrid functional drinks.
An amylase program may support:
For co-packers, amylase selection must be aligned with the formula, process temperature, hold time, and customer specification. We help frame the trial so the result is useful to both operations and quality.
Tea, coffee-adjacent, herbal, and botanical beverages can create haze or harsh sensory edges tied to tannins and polyphenol interactions. Tannase can support selected clarification, stability, and taste-management goals when used with the right process discipline.
Potential targets include:
Because tannase can influence both appearance and sensory profile, we help teams design trials that check stability and taste before committing to a production change.
Co-packing teams live inside changeover pressure. One line may run an RTD tea in the morning, a functional drink after lunch, and a juice blend by night shift. Enzyme use has to fit that operating rhythm.
Switchyard Catalytics supports practical implementation around:
The goal is not to add complexity. The goal is to remove hidden variability from the batch.
A good enzyme trial gives the plant usable answers, not just a promising sample jar.
Before a trial, we help clarify:
The production problem
Is the issue haze, slow filtration, high viscosity, inconsistent settling, sediment, extraction yield, or sensory harshness?
The beverage matrix
What fruit, botanical, tea, grain, stabilizer, acid, sweetener, or functional ingredient load is driving the behavior?
The process window
Where can enzyme treatment realistically occur without disrupting batching, heat treatment, chilling, filtration, or filling?
The success criteria
What needs to improve: line readiness, filter life, clarity, viscosity, tank turnover, hold behavior, or finished-product appearance?
The documentation path
What records does the plant need for internal approval, customer approval, and repeat production?
A strong enzyme supplier relationship should help procurement reduce uncertainty, not create more technical back-and-forth.
Switchyard Catalytics supports B2B buyers with:
We understand that co-packers need supplier clarity before they commit tank time, labor, and customer-facing trial schedules.
Switchyard Catalytics can support enzyme selection for beverage programs such as:
If your plant is seeing batch-to-batch variation, slow separation, unstable haze, or filtration bottlenecks, enzyme selection may be worth evaluating before adding more mechanical burden to the line.
We speak in plant terms because that is where enzyme performance has to prove itself.
You can expect:
Switchyard Catalytics is built for beverage co-packers that need enzyme solutions to behave inside real schedules, real tanks, and real customer requirements.
Tell us what you are running, what is slowing the process down, and what outcome your team needs to document. We will help identify the enzyme category, trial approach, and supply path that fit your beverage co-packing operation.



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