Sludge and Suspended Matter Testing Products
Thermo Scientific™ Nalgene™ Polycarbonate Imhoff Settling Cone
Determine settleable matter in water and waste effluent and measure the sand content in well water with this settling cone, made of durable polycarbonate with screw closure. (Rack sold separately).
Thermo Scientific™ Nalgene™ Settlometer Kit
Analyze the activated sludge process using this all-plastic tool for waste water treatment plant operators, a cost-effective alternative when compared to glass equivalents.
Thermo Scientific™ Nalgene™ Acrylic Imhoff Cone Rack
Securely hold three Imhoff cones with this durable and transparent settling cone rack, featuring a wide base for stability on the lab bench.
Bel-Art™ SP Scienceware™ Imhoff Cone and Separatory Funnel Rack
Flexible design accommodates a variety of funnel sizes
Bel-Art™ SP Scienceware™ Rack Replacement Inserts for Imhoff Separatory Funnels
Holds four separatory funnels on lower shelf or four long-stem funnels on upper shelf
Bel-Art™ SP Scienceware™ Imhoff Settling Cone
For measuring sand and other settled matter in water and sewage.
Nasco Sludge Judge™ Liquid Samplers
Made from rigid plastic tubing in three 5 ft. (1.53m) sections, provides maximum strength for liquid sampling at long distances
Bel-Art™ SP Scienceware™ Poxygrid™ Imhoff Cone Racks
Lightweight Poxygrid racks support three or four Imhoff settling cones in a single row for clearer viewing
Wheaton™ Imhoff Cone Racks
Provides for safe and secure storage of plastic Imhoff cones. Wheaton™ Imhoff Cone Racks are constructed of epoxy-coated, heavy-gauge steel.
Fisherbrand™ Imhoff Settling Cone Brush
Double bristle fan tip flares for increased scrubbing area when removing stubborn sediments.
Nasco Tank Sampler Section Extension
Extension sections in 5 ft. (1.53m) lengths are available to extend the Sampler and come with a length of stainless steel wire
Nasco Coliwasa Composite Liquid Waste Sampler
Permits representative sampling of multiphase wastes for a wide range of viscosity, corrosivity, volatility and solids content