STATICMIXER Blog
Static Mixer Knowledge
Engineering guides on working principles, sizing, pressure drop, materials and applications — written for plant engineers and importers who need specs, not slogans.
Static Mixer Ultimate Guide: Elements, Sizing, Pressure Drop & Selection
The complete static mixer guide — element types, materials, CoV & G-factor, 7-step sizing, pressure drop, industry applications, worked sizing example and a 12-point buying checklist.
Read articleHow Does a Static Mixer Work? A Complete Guide to Motionless Inline Mixing
Static mixers blend fluids with no moving parts — learn the working principle, element types, pressure drop, and how to size one for water treatment, chemical dosing, or polymer blending.
Read articlePVC vs PP vs PVDF Static Mixers: Material Selection Guide
Choose the right static mixer material — compare PVC, PP, and PVDF for chemical compatibility, temperature limits, and cost. Includes a selection table for water, acid, and solvent service.
Read articleStatic Mixers for Water Treatment: Flash Mixing, Dosing & Disinfection Guide
How static mixers improve coagulation, flocculation, chemical dosing, and chlorine disinfection in water treatment — with sizing logic, materials, and pressure-drop guidance.
Read articleStatic Mixer vs Dynamic Mixer: Which Inline Mixing Technology Fits?
Static vs dynamic mixers compared — maintenance, energy, mixing quality, pressure drop, and cost. Decision table for dosing, blending, and batch applications.
Read articleStatic Mixer Working Principle: CoV, G-Factor & Mixing Quality Explained
How static mixers achieve homogeneous blending — working principle, Coefficient of Variation (CoV), velocity gradient (G), element types, and mixing quality measurement.
Read articleHow to Size a Static Mixer: 6-Step Selection & Calculation Guide
Size a static mixer in 6 steps — flow, Reynolds number, element type, pressure drop, materials, connections. Includes the ΔP formula and a worked example.
Read articleStatic Mixer Pressure Drop: Calculation, Causes & Control
Calculate static mixer pressure drop — the ΔP formula, element K-factors, typical values, and how to control ΔP when retrofitting a mixer into an existing line.
Read articleHelical vs Blade Static Mixer Elements: Which Element Design?
Blade vs helical static mixer elements compared — flow regime, mixing efficiency, pressure drop, and applications. Includes a selection table for turbulent and laminar duties.
Read articleStatic Mixers for Wastewater Treatment: Polymer, Dosing & Disinfection
How static mixers handle polymer preparation, chemical dosing, pH control, and disinfection in wastewater plants — with non-clog options and sizing guidance.
Read articleStatic Mixers for Chemical Dosing: Injection & Inline Mixing
How static mixers with injection ports improve chemical dosing accuracy — inhibitors, pH adjusters, biocides, and polymers — with sizing and ΔP guidance.
Read articleStatic Mixers for Chlorine & Disinfection Dosing
Why static mixers improve chlorine and hypochlorite disinfection — consistent CT, reduced overfeed, and material guidance for chlorine service.
Read articleStatic Mixers for Polymer Blending: Melt Homogenization Guide
Static mixers for polymer melt homogenization — masterbatch blending, temperature equalization, and viscosity-driven helical element selection for extrusion and molding.
Read articleStatic Mixers for Oil & Gas: Inhibitor, Methanol & Blending Duty
Static mixers in oil and gas — corrosion inhibitor injection, methanol dosing, gas-liquid blending, and water knockout — with high-pressure material guidance.
Read articleStatic Mixers for Coagulation & Flocculation: Flash Mixing Guide
How static mixers improve coagulation and flocculation — flash mixing for coagulant dispersion, G-factor targets, and floc formation efficiency in water and wastewater plants.
Read articlePVC Static Mixers: Complete Guide to Sizes, Elements & Applications
PVC static mixers explained — sizes 1/2-inch to 24-inch, schedule 40/80, element types, NSF 61 options, and applications in water treatment and chemical dosing.
Read articleStainless Steel Static Mixers: 316 Guide to Sizes & Service
316 stainless steel static mixers for corrosive, high-pressure, and sanitary service — sizes, element options, and selection for chemical and food duty.
Read articleSanitary Static Mixers: Hygienic CIP Mixing for Food & Pharma
Sanitary static mixers for food, beverage, and pharma — polished 316L, CIP compatibility, tri-clamp connections, and aseptic line applications.
Read articleStatic Mixer Elements: Types, Materials & Replacement Guide
Blade, helical, and non-clog static mixer elements — how element geometry drives mixing quality (CoV), materials, and when to replace spares.
Read articleTop 10 Static Mixer Manufacturers (2026): Global Sourcing Guide
Sulzer, Koflo, Statiflo, Komax and more — the top static mixer manufacturers compared by product range, materials, and OEM sourcing strength.
Read articleStatic Mixer Selection Checklist: 5 Stages From Duty to PO
A 5-stage static mixer selection checklist — duty data, flow regime, element type, pressure drop, and material verification before you issue the PO.
Read articlePVDF vs PTFE vs PFA Static Mixers: Fluoropolymer Selection
Compare PVDF, PTFE, and PFA static mixers — temperature limits, chemical resistance, and cost — for aggressive chemical and semiconductor duty.
Read articleKenics Static Mixers vs. Generic (OEM) Static Mixers: What You're Paying For
Kenics (NOV) vs equivalent OEM helical static mixers — brand premium, element geometry, CoV/ΔP, and when a verified equivalent makes sense.
Read articleNeed a Static Mixer Sized for Your Line?
Factory-direct static mixers in PVC, PP, PVDF and 316 SS with OEM/ODM support. Send your flow, media and mixing goal — get a quote within 24 hours.