Stainless Steel Diffusion Stone for Home Brewing - 0.5 Micron & 2 Micron Aeration Stones for Efficient Beer Carbonation(0.5 Micron)

Usually, 0.5 micron filter stones are used to filter carbon dioxide and pure oxygen, which can obtain smaller and denser molecules, which helps beer to better complete the carbonation process.A 2-micron aeration stone is most suitable for use with aquarium water pumps. It provides sufficient gas while being less prone to clogging, and has a longer service life than 0.5 micron aerated stones. 0.5 micron/2 micron diffusion stone, stainless steel aeration stone, suitable for rapid carbonation of home brewed beer, and can also be used in aquariums and DIY bubble water.Name: Diffusion StoneMaterial: 304 stainless steelHook diameter: 1/4 inch hookDescription:0.5 micron diffusion stone for efficient fermentation and forced carbonation of beerA diffusion stone of 2 microns can provide sufficient bubbles for the aquarium while not easily causing blockages.Diffusion stones are widely used for carbonation of beer, soda, fruit juice, homemade sparkling water, and aquarium applicationsBoil to easily clean (please wear gloves when touching this fragrance stone)Please note:Please soak the fragrance stone in clean water for 10-15 minutes before use.An Gas filter must be installed to ensure that the Gas flowing through is clean.To avoid blockage, do not touch the surface of the aeration stone with bare hands.Product type: Aeration equipment

• Premium 304 stainless steel construction ensures durability and longevity for all your brewing and aquarium needs.
• 0.5 micron diffusion stone enhances fermentation efficiency, perfect for quick carbonation of home brewed beer.
• 2 micron aeration stone provides ample bubbles for aquariums while minimizing clogging issues for extended use.
• Versatile devise suitable for beer, soda, fruit juice, homemade sparkling water, and aquarium applications.
• Easy to clean by boiling; remember to soak in clean water before use and avoid direct with bare hands to prevent blockage.