PBW Tablets

PBW Tablets take the guesswork—and the mess—out of brewery cleaning. Now your favorite cleaner, Powdered Brewery Wash, is available in pre-measured, easy-dissolving tablets. Just drop into water, dissolve, and soak—no scooping or spills.

Perfect for fast cleanup of growlers, carboys, spray bottles, fermenters, kegs, and brewing gear. The tablets dissolve fully in warm water and are just as powerful as PBW powder or liquid. Choose from 2.5g or 10g tablet sizes based on your cleaning needs.

• 2.5g tablet = 32 oz of solution
• 10g tablet = 1 gallon of solution

Formulated by Five Star Chemicals to remove krausen, hop gunk, and organic build-up, PBW Tablets are safe for all surfaces: stainless, plastic, rubber, and more. They’re also biodegradable and safe for septic systems.

PBW Tablet Highlights:

• Convenient—no scooping or measuring
• Great for tight spaces like growlers and tubing
• Safe for metals, plastics, and gaskets
• Effective in hard and soft water
• Works with water from 100°F to 140°F

How to Use PBW Tablets:

1. FILL: Use warm water (100–140°F)
2. DROP: 1 tablet per 32 oz (2.5g) or 1 gallon (10g)
3. DISSOLVE: Let tablet fully dissolve
4. SOAK: 15–30 minutes. Scrub as needed
5. RINSE: With water at same temp as the soak

Follow up with a sanitizer like Star San before use.

Looking for a different format? Try PBW Powder or Liquid PBW.

FAQs – PBW Tablets

What are the tablet sizes?

2.5g (for 32 oz of solution) and 10g (for 1 gallon of solution).

Can I use PBW Tablets in cold water?

They are optimized for warm water (100–140°F) to dissolve and clean effectively.

Are PBW Tablets safe for all brewing surfaces?

Yes, they’re safe for stainless steel, rubber, plastic, glass, and seals.

Do I still need to rinse and sanitize after cleaning?

Yes. Rinse thoroughly and sanitize with a product like Star San before use.

California Proposition 65

⚠ Proposition 65 Warning: This product can expose you to chemicals that are known to the State of California to cause cancer and birth defects or other reproductive harm.