Switchyard Catalytics supplies bulk enzyme programs for beverage co-packers managing multi-SKU raw materials, haze risk, viscosity, tank behavior, and filtration bottlenecks.
Request pricingSwitchyard Catalytics is an enzyme supplier for beverage co-packers that need practical, plant-ready enzyme options for changing raw materials, tight production windows, and filtration constraints.
If your week moves from brewed tea to juice blend to functional beverage to botanical extract, one enzyme strategy will not cover every tank. You need a controlled cabinet: the right enzyme families, documented use cases, clear trial boundaries, and support that understands how a co-pack line actually runs.
Contract beverage plants take on the variability other brands do not want to own. Pulp loads shift. Fruit bases arrive with different viscosity. Botanicals bring haze. Fiber and starch can drag down filtration. Sweeteners, acids, heat steps, and hold times change by customer.
A practical enzyme cabinet helps your team respond without turning every batch into a science project.
Switchyard Catalytics supports bulk enzyme supply for:
High-pectin fruit bases, fiber-containing ingredients, and botanical solids can make a batch behave heavier than expected. That affects agitation, transfer time, screen loading, and downstream filtration.
The right enzyme selection can help reduce viscosity, improve flow behavior, and make tank emptying more predictable. For co-packers, that means fewer surprises between batching and packaging.
Filtration trouble rarely stays isolated. It can back up tanks, force unplanned holds, and make the packaging schedule harder to protect.
Switchyard Catalytics helps co-packers evaluate enzyme options that support filtration relief by targeting pectin, starch, cell wall materials, or protein-related contributors depending on the formula and raw material set.
Some beverages need clarity. Others need stable, intentional appearance. Problems start when haze changes during hold, after heat treatment, or after filling.
We help teams build enzyme trials around beverage behavior: turbidity trend, sediment formation, ingredient compatibility, thermal step, hold time, and filtration target. The goal is not a vague “clearer product.” The goal is predictable appearance against the customer specification.
A co-packer does not have unlimited time to qualify every process aid from scratch. Your enzyme program should separate routine use cases from special-case trials.
We help organize enzyme supply around the questions your team actually asks:
For fruit bases, juice blends, purees, and plant materials where pectin contributes to viscosity, cloud instability, or poor filtration.
For plant cell wall materials that slow extraction, increase solids burden, or create processing drag in botanical and fruit-containing beverages.
For starch-bearing ingredients, cereal components, or raw materials where starch contributes to haze, thickness, or filtration resistance.
For selected protein-containing systems where protein behavior contributes to haze, sediment, or processing inconsistency. These require careful compatibility review because beverage texture and label expectations matter.
For tea, botanical, and polyphenol-rich beverages where haze formation, extract behavior, or appearance stability needs a tighter process window.
We keep the process disciplined. Your operators and QA team need a trial that can be run, observed, documented, and repeated.
A typical support path includes:
For beverage co-packers, supplier value is not just product availability. It is operational confidence.
Switchyard Catalytics focuses on:
Bring Switchyard Catalytics into the conversation when:
Tell us what you are running, what the bottleneck is, and what your timeline looks like. We will help identify a practical enzyme supply path for your co-pack operation.
Use the on-site form and include beverage type, raw material issue, target outcome, production scale, and preferred packaging format.



Tell us your application and volume — we reply with pricing and lead time.