Triplex Sales

Engineering ToolsFor Sanitary Process Design

Free, browser-based calculators and reference tools built for process engineers working in food, beverage, dairy, pharmaceutical, and personal care applications. No login. No download. No spreadsheet.

Free to Use No Login Required Imperial & Metric Mobile Friendly Print to PDF
Why We Built These

Tools We Use Ourselves

When we help customers specify pumps and systems, we work through these calculations every day. We built these tools so you can run your own preliminary sizing before we even get on the phone — or bring your numbers to the conversation. Everything here is free, always.

Instant Results

All calculations run live in your browser. No server round-trips, no waiting. Change an input and the answer updates immediately.

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Engineering-Grade

Built on industry-standard methods — Darcy-Weisbach, Colebrook friction factor, log-linear viscosity interpolation, 3-A tube dimensions.

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Designed to Work Together

Look up your fluid viscosity, then carry those values directly into the friction loss calculator. Each tool is a step in the same workflow.

Available Now

Our Tool Lineup

Live · Sanitary Piping

Friction Loss CalculatorFor Sanitary Process Piping

Estimate pressure drop in 3-A and ASME BPE sanitary tube systems. Accounts for pipe friction, fittings, elevation change, and additional system losses. Returns total system head in PSI or kPa — your minimum pump head requirement.

3-A tube sizes, 1/4" through 8" OD
Imperial & metric toggle
Darcy-Weisbach with Colebrook friction
Real-time flow regime indicator
90° & 45° elbows, tees, valves
Custom viscosity entry in cP
Elevation head included
Print to PDF report
3-A
Standard Tube Dimensions
PSI
or kPa Output
PDF
Print / Export Report
Food & Beverage Dairy Pharmaceutical Personal Care Pump Sizing
Live · Process Fluids

Fluid Viscosity ReferenceFor Sanitary Process Applications

Interactive viscosity lookup for 72 sanitary process fluids. Enter your operating temperature and get an interpolated viscosity in cP — instantly. Covers dairy, food, beverage, pharma, personal care, and CIP chemicals, with pump selection guidance on every entry.

72 sanitary process fluids
Temperature interpolation (log-linear)
Newtonian / Non-Newtonian classification
Specific gravity for each fluid
CIP chemicals at operating concentration
Concentration variants (Brix, % fat, %)
Pump selection guidance per fluid
Cited engineering references
72
Process Fluids
7
Industry Categories
cP
At Your Temperature
Dairy Food Beverage Pharma CIP / Cleaning Personal Care
Live · Material Selection

Chemical Compatibility ToolElastomers, Seals & Wetted Materials

Check compatibility between 70+ sanitary process fluids and 8 common elastomer and wetted materials — EPDM, PTFE, Buna-N, FKM/Viton, Silicone, 316SS, 304SS, and Cast Iron. Set your operating temperature and ratings adjust automatically. Switch between card view and matrix view.

70+ process fluids across 7 categories
5 elastomers + 3 wetted materials
Temperature-adjusted ratings
Card view & matrix view
CIP chemicals, solvents, pharma excipients
Industrial oils & lubricants
Hover tooltips with material notes
Cited engineering references
70+
Process Fluids
8
Materials Rated
E–NR
Rating Scale
EPDM PTFE FKM / Viton Buna-N 316SS CIP Chemicals
Coming Soon
In Development · Flow Analysis

Reynolds Number CalculatorFlow Regime & CIP Velocity

Determine whether your flow is laminar or turbulent, verify minimum CIP velocity, and understand how viscosity affects flow regime in sanitary tube systems. A natural companion to the friction loss calculator.

Laminar / turbulent classification
CIP minimum velocity check (5 ft/s)
All 3-A standard tube sizes
Ties directly to viscosity reference
Available soon — check back or contact us
Re
Reynolds Number
5
ft/s CIP Minimum
Flow Analysis CIP Design Pump Sizing
Coming Soon
In Development · Pump Selection

Pump Sizing HelperPower & Pump Type Selection

Input total system head, flow rate, and fluid properties — get required pump power in HP/kW, efficiency guidance, and a recommendation on which pump type from our lineup fits your application.

Required BHP / kW calculation
Pump type recommendation
Links to product pages
Works with friction loss output
Available soon — check back or contact us
HP
Required Power
GPM
Flow Rate Input
Rotary Lobe Centrifugal Twin Screw AODD
Also in Our Toolbox

Reference Resources

Ready to Specify?

Our application engineers are here to help you select and size the right solution. Bring your numbers from our tools to the conversation — or start from scratch. Either way, we're happy to help.

Request a Quote