These 27mm inner diameter PYREX® filter tubes have an 8mm. O.D. by 75mm long constricted lower end. They can be used on the bottom end of 30mm O.D. PYREX® Gooch Low Form fritted disc crucibles (No. 32960) to collect the filtrate. Also for use with porcelain plates.
These 32mm inner diameter PYREX® filter tubes have an 8mm. O.D. by 75mm long constricted lower end. They can be used on the bottom end of 30mm O.D. PYREX® Gooch Low Form fritted disc crucibles (No. 32960) to collect the filtrate. Also for use with porcelain plates.
These 36mm inner diameter PYREX® filter tubes have an 8mm. O.D. by 75mm long constricted lower end. They can be used on the bottom end of 30mm O.D. PYREX® Gooch Low Form fritted disc crucibles (No. 32960) to collect the filtrate. Also for use with porcelain plates.
These 42mm inner diameter PYREX® filter tubes have an 8mm. O.D. by 75mm long constricted lower end. They can be used on the bottom end of 30mm O.D. PYREX® Gooch Low Form fritted disc crucibles (No. 32960) to collect the filtrate. Also for use with porcelain plates.
For cell culture with different growth areas
Pkg of 50, 7 x 8.5 cm, precut preassembled blotting membrane/filter paper sandwich for protein sequencing; fits Mini-PROTEAN and Ready Gel precast gels
Pkg of 60, 11.3 x 7.7 cm, precut absorbent filter paper for blotting applications requiring thick, high-wet-strength filter paper
Pkg of 50, 8.5 x 13.5 cm, precut preassembled blotting membrane/filter paper sandwich for immunoblotting; fits Criterion and Criterion XT gels
Disposable plate for Agilent™ 850-DS Dissolution Sampling Station for automated sample preparation in dissolution testing.
Rocker SF Stainless Steel Filter Funnels are high-quality funnels made of SS316. Spin-lock design facilitates fast and stable installation without a clamp.
Advanced centrifugal microplate washer and dispenser bringing high throughput into cellular assays.
AcroPrep™ Advance Filter Plates for Ultrafiltration Provides rapid, efficient separation of biomolecules. Omega™ membrane provides high recovery and typically results in > 90% recovery of target biomolecules. New well design results in faster, more uniform filtration rates across the plate with reduced hold-up volume for maximum sample recovery Intrinsic plate and membrane properties prevent target molecules from binding to th…
To recognize 25 years of accelerating science, we’re highlighting reviews on innovative technologies and your laboratory essentials
Protect long-term 3D cell-based assays for toxicology, oncology, disease modeling and more
Chemists of Johannes Gutenberg University Mainz develop a method for producing cement by milling instead of burning lime, which harms the environment
