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Mixed Matrix Silica/Zirconium Disruption Tubes offer chemically-inert, acid washed, mixed grinding m..
Less expensive than zirconium, 100 µm Silica Beads are small, yet dense enough to disrupt most bacte..
Tougher than silica, less expensive than stainless steel, and inert in most solutions, 100 µm Acid W..
Stainless steel is the most dense of the grinding media. OPS Diagnostics' 2.8 mm Stainless Steel Gri..
Useful for disrupting smaller yeasts (e.g., Pichia) and bacteria by bead beating, 200..
Low Binding Beads are chemically treated so they bind less solutes liberated from homogenized sample..
Like any product being used for DNA and RNA isolation, beads are a potential source of nuclease and ..
Tougher than silica, less expensive than stainless steel, and inert in most solutions, 200 µm Zircon..
OPS Diagnostics' 3 mm stainless steel grinding balls are useful for homogenizing plant and anim..
A great alternative to costly stainless steel and brittle silica, OPS Diagnostics' 3.0 mm Acid Washe..
Tougher tissues, both animal and plant, can be homogenized using 3.0 mm acid washed zirconium beads...
When stainless steel is impractical and zirconium oxide unnecessary, 4 mm acid washed silica beads a..
Useful for disrupting yeasts such as Saccharomyces by bead beating, 400 µm acid washed sil..
The best choice of beads for disrupting yeasts by bead beating, 400 µm acid washed zirconium be..