Piping, Fittings & Flow Measurement | FlowMachinery
Prevent Pipe Stress Failures: Spring Support Selection Guide
Compare constant vs. variable effort springs, calculate thermal displacement, avoid load errors, and select ASME B31.1-compliant GRINNELL, PIPESUPPORTS®, Anvil
5-Step Flow Meter Selection Framework for Pump Health
Field-tested flow meter selection guide: electromagnetic, ultrasonic & DP types with troubleshooting, compatibility checks, specs & ISO/ASME criteria.
Carbon Steel Pipe Size Chart: 1/8"–48" NPS, ASME B36.10M
ASME B36.10M-compliant carbon steel pipe chart: OD, wall thickness (Sch 5–160), weight per foot—1/8" to 48" NPS. Includes tolerances and error-avoidance tips.
Verified HDPE Pipe Size Chart: 1/8″ to 48″ NPS
Download the definitive HDPE pipe size chart: OD, wall thickness, weight/ft, SDR & pressure ratings — verified per ASTM D3035 & ISO 4427.
HDPE Pipe Schedules: Wall Thickness, Pressure & Weight Chart
HDPE pipe schedule chart: wall thickness, PSI/bar pressure ratings, weight/ft/m, SD/DR equivalents for Sch 40, 80, 160, XS/XXS—ASTM D3035, ISO 4427, PPI TR-47
PVC Pipe Schedule Chart: Wall Thickness, PSI & Weight
Field-validated PVC schedule chart (40, 80, 160, XS/XXS) with ASTM-compliant wall thicknesses, pressure ratings, weight/ft, and critical sizing warnings.
Stainless Steel Pipe Schedule Chart: Wall Thickness, PSI,
Verified stainless pipe chart: wall thickness, ASME B31.3 pressure ratings, weight, capacity examples. Covers NPS 1/8"–24", Schedules 40/80/160/XS/XXS, 304/316.
Stainless Steel Pipe Size Chart: OD, Wall, Weight, ROI
Download our ASME B36.19M-compliant stainless steel pipe chart (1/8"–48" NPS) with OD, wall thickness, weight per foot, and cost-per-foot ROI by schedule &
PVC Pipe Size Chart: 1/8″–48″ NPS, ASTM D1785 Verified
Exact PVC pipe OD, wall thickness (Sch 40/80, SDR), weight/ft, and pressure ratings—1/8″ to 48″ NPS. Download PDF + expert sizing guidance.
Carbon Steel Pipe Schedule Chart: ASME B36.10M-2022
Field-validated carbon steel pipe chart: wall thickness, weight, pressure ratings, tolerances for NPS ½"–24", Schedules 40, 80, 160, XS, XXS per ASME
Stop Pipeline Strainer Failures: ASME B31.3 Solutions
ASME B31.3-compliant strainer types, sizing, pressure drop, material selection, and 7 critical installation errors—plus spec table & maintenance checklist.
Pipeline Strainer Maintenance: 7-Step ASME B31.3 Guide
Field-validated 7-step pipeline strainer maintenance routine—ASME B31.3-compliant, stress-analyzed, prevents 83% of unexpected shutdowns in petrochemical &
Pipeline Strainer Applications: ASME B31.3 Guide
Piping engineers: where to install strainers, correct sizing per ASME B31.3, avoiding fouling, pressure drop, and compliance failures—field-tested insights.
Pipeline Strainer Selection: Cut Lifecycle Costs 63%
Avoid fouling, shutdowns, and pipe stress. This ASME B31.3-compliant guide reveals 7 critical strainer criteria—and saves $47K+/year per line.
Pipeline Strainer Troubleshooting: 7-Point Maintenance
Stop strainer failures: field-tested 7-point checklist, symptom-to-cause table, ASME B31.3 specs, and cost-saving strategies—all in one actionable guide.
7 Critical Pipeline Strainer Selection Decisions
Actionable guide for piping engineers: ASME-compliant strainer selection, pressure drop formulas, material compatibility, and root-cause failure analysis.
Double Wall Pipe Maintenance: 7-Step ASME B31.3 Guide
Preventive maintenance for double wall pipes: inspection, leak detection, stress-corrosion mitigation, and ASME B31.3-compliant repairs. Cut downtime 63%, save
PTFE & Rubber-Lined Pipe: Cut Lifetime Costs 37–62%
Engineer-approved lined pipe selection: cost-per-mile analysis, ASME B31.3 validation, chemical compatibility, and real ROI—beyond specs.
Lined Pipe Failures: Fix Spec Errors, Not Material Choice
Piping engineer's guide to PTFE/rubber lined pipe: avoid ASME B31.3 stress pitfalls, ensure lining adhesion, and apply specs correctly. Includes spec table &
Titanium Pipe Guide: Types, Applications & ASME Data
Titanium pipe guide for engineers: tensile strength, ASTM specs, ASME B31.3 thresholds, corrosion rates (mm/yr), and industry-specific failure stats—all
Stop Lined Pipe Failures: PTFE & Rubber Best Practices
Engineer-approved guide: PTFE vs. rubber lining specs, ASME B31.3 compliance, delamination prevention, thermal stress fixes, and material performance data.
Double Wall Pipe: 7 Design Mistakes Causing Catastrophic
Piping engineer's guide to double wall pipe: types, ASME B31.3 compliance, stress analysis, failure analysis, and leak prevention for hazardous fluids.
Double Wall Pipe Selection: 7 Energy-Driven Criteria
Engineer double wall pipes for energy efficiency, ASME B31.3 compliance, thermal loss reduction, carbon impact, and stress analysis—avoid retrofits and wasted
PTFE & Rubber-Lined Pipe Selection Framework
Engineer-approved 7-step framework for PTFE/rubber-lined pipes: ASME B31.3 stress analysis, chemical compatibility charts, thermal math, and failure case
Double Wall Pipe Applications: ASME B31.3 Guide
ASME-compliant double wall pipe guide with stress analysis, spec tables, and installation protocols for chemical, pharma, and power plants.
Double Wall Pipe Troubleshooting: 7 Critical Failures
Field-tested double wall pipe troubleshooting guide: corrosion under insulation, vacuum loss, thermal cracking. ASME B31.3 diagnostics, checklists,
Lined Pipe (PTFE/Rubber) Maintenance Guide
Field-validated 7-step protocol prevents 92% of premature liner failures. Covers inspection, wear diagnostics, cleaning, testing & ASME B31.3 documentation.
PTFE/Rubber-Lined Pipe Troubleshooting Guide
ASME B31.3-compliant field checklist for PTFE/rubber-lined pipe: wear diagnostics, inspection intervals, root-cause tables & preventive strategies to cut
Titanium Pipe Maintenance Guide: Procedures and Best Practices — The 7-Minute Preventive Checklist That Cuts Unplanned Downtime by 63% (ASME B31.3-Compliant, Field-Validated)
Your definitive titanium pipe maintenance guide: ASME-compliant procedures, real-world inspection intervals, corrosion mitigation tactics, stress-analysis-aware cleaning protocols, and a field-tested 7-step checklist. Save $28K/year in reactive repairs.
Titanium Pipe Selection: 7 Non-Negotiable Engineering
ASME-compliant titanium pipe selection guide: stress analysis, alloy tradeoffs (Gr 2/7/12), corrosion case studies, and spec comparison for P&ID reviews.
Copper Pipe: Types, Features, and Applications — The 2024 Engineer’s Field Guide to Selection, Stress Analysis, and Code-Compliant Installation (ASME B31.3 Verified)
A definitive, code-grounded guide to copper pipe: types (K, L, M, DWV), pressure ratings, thermal expansion behavior, corrosion resistance data, ASME B31.3/B31.1 compliance, and real-world installation pitfalls—engineered for designers, contractors, and inspectors.
Alloy Steel Pipe Troubleshooting: Common Problems and Solutions — The Maintenance Engineer’s ROI-Driven Field Guide (With ASME B31.3–Aligned Inspection Intervals, Cost-of-Failure Benchmarks, and 7 Preventive Fixes That Cut Downtime by 42% on Average)
A maintenance engineer’s actionable, cost-aware guide to alloy steel pipe troubleshooting. Covers root-cause diagnosis, ASME-compliant inspection schedules, failure cost analysis, and proven preventive strategies that reduce unscheduled outages.
Alloy Steel Pipe Selection: 7 Field-Tested Criteria
Actionable alloy steel pipe selection guide: ASME B31.3 compliance, stress analysis red flags, material grade pitfalls, and 5 quick-win verification steps.
Alloy Steel Pipe Uses & 7 Costly Engineering Mistakes
Engineer's guide to alloy steel pipe applications, ASME B31.3 specs, stress analysis pitfalls, and field-proven best practices—no fluff, all essentials.
DP Flow Meter Selection Guide: ASME/ISO Compliance & Safety
Safety-first guide to DP flow meters: ISO 5167, API RP 14C, accuracy trade-offs, and installation pitfalls causing SIL violations—engineered for reliability.
DP Flow Meter Drift, Clog & Low-Reading Fixes
Stop DP flow meter drift, clogging, and low readings. Field-tested fixes for all 5 types, ISO 5167 pitfalls, calibration checks, and application-specific
Thermal Mass Flow Meter Troubleshooting Guide
Fix zero readings, drift & calibration failures fast. Field-tested steps, wear patterns, ISO 14690 maintenance, and printable commissioning checklist.
Copper Pipe Troubleshooting: Common Problems and Solutions — The Maintenance Engineer’s Energy-Efficiency Field Guide (With ASME B31.3 Compliance Checklists, Corrosion Cost Calculators, and Real-World Leak Forensics)
A maintenance engineer’s definitive copper pipe troubleshooting guide: diagnose pinholes, green corrosion, flow loss & thermal bridging using ASME B31.3 stress analysis, energy-loss quantification, and predictive maintenance intervals. Save 23–41% in lifecycle costs.
ASME-Compliant Copper Pipe Maintenance Guide
ASME B31.1/B31.3–compliant copper pipe maintenance: inspection intervals, corrosion prevention, stress-fracture mitigation, and OSHA-safe compliance checklists.
Titanium Pipe Selection: 7 Critical Engineering Decisions
Engineer's guide to titanium pipe: ASTM grades, ASME B31.3 compliance, stress analysis, weldability, and case studies from offshore, pharma & desalination.
Alloy Steel Pipe Maintenance: 7-Step Protocol
ASME-compliant alloy steel pipe maintenance: inspection intervals, corrosion calculations, stress-cracking mitigation, and downloadable schedule.
Alloy Steel Pipe Selection: Avoid 7 Costly Installation
Field-tested guide to alloy steel pipe selection—ASME B31.3 compliance, stress analysis, thermal cycling performance, and avoiding top installation pitfalls.
Differential Pressure Flow Meter Applications
Engineer-validated DP flow meter uses: ISO 5167 accuracy, failure rates, and benchmarks across oil & gas, pharma, power, and water industries.
Fix DP Flow Meter Drift: 5 Steps to Save $18K/Year
Field-tested DP flow meter maintenance guide: calibration, impulse line checks, orifice wear, ISO 5167 compliance, and predictive cost-saving strategies.
Cut Flow Measurement Energy Waste: DP Meter Checklist
Engineer-to-engineer DP flow meter selection guide: ISO 5167 compliance, accuracy classes, turndown trade-offs, and 7 criteria to slash 12–18% energy waste.
Copper Pipe Applications: Where and How They Are Used — The Piping Engineer’s Field-Tested Guide to Avoiding Stress Cracks, Corrosion Failures, and Code Violations (ASME B31.3 Compliant)
A piping design engineer’s definitive guide to copper pipe applications—covering HVAC, medical gas, fire sprinklers, and industrial systems. Includes ASME/B31.3 specs, stress analysis pitfalls, corrosion troubleshooting, and real-world installation best practices.
Titanium Pipe Troubleshooting: Common Problems and Solutions — The Maintenance Engineer’s Field-Ready Guide to Preventing Costly Downtime During Commissioning (Not Just Theory — Real ASME B31.3-Compliant Fixes You Can Apply Before Startup)
A field-tested titanium pipe troubleshooting guide for maintenance & piping engineers. Covers real-world failure modes, ASME B31.3-compliant commissioning checks, wear pattern analysis, and preventive strategies that cut inspection costs by up to 40%.
Titanium Pipe Applications: Real-World Engineering Guide
Piping engineers’ practical guide to titanium pipe: ASME B31.3 compliance, stress analysis, corrosion case studies, spec selection, and 5 field-proven best
Copper Pipe Selection: 7-Point Engineer's Checklist
Actionable copper pipe selection checklist: ASTM specs, wall thickness, thermal stress, corrosion, ASME B31.3/B31.1 compliance—prevent rework and failure.
Copper Pipe Selection: Engineer's Field-Tested Framework
Piping engineer's guide to copper pipe selection: ASTM/ASME specs, thermal stress modeling, water chemistry, corrosion mapping, and failure forensics. Avoid
Alloy Steel Pipe Guide: Avoid Costly Selection Errors
Engineer-authored alloy steel pipe guide: types (P5–P91), specs, corrosion data, ASME B31.3 criteria, case studies, and 7 critical installation pitfalls to
DP Flow Meter Troubleshooting: Fix Orifice, Drift & Traps
Field-proven DP flow meter troubleshooting for Rosemount, Endress+Hauser & Yokogawa—root-cause diagnosis, ISO 5167 verification, wear patterns & prevention.
Thermal Mass Flow Meter Applications: Where and How They Are Used — The Real-World Engineer’s Field Guide to Avoiding Costly Measurement Failures in Gas & Compressed Air Systems
A field-tested, engineer-written guide to thermal mass flow meter applications—covering where they succeed (and fail), critical specs, installation pitfalls, calibration realities, and a live semiconductor fab case study. Save time, avoid $28k/year in energy waste.
Rotameter Maintenance Guide: 7 Critical Checks You Skip
Safety-first rotameter maintenance guide with wear diagnostics, OSHA/ISO compliance checklists, and certified schedule — built for hazardous area reliability.
Rotameter Startup Errors & 7 Field Fixes
Engineer-tested rotameter guide: where they work, calibration pitfalls, corrosive-material selection, float troubleshooting, and ISO 9013 installation best
7-Step Rotameter Selection Checklist (ISO 9300)
Field-engineered rotameter guide: fluid compatibility, accuracy trade-offs, pressure drop, ASME B16.5 flange integration. Prevent ±15% flow drift & batch yield
Oval Gear Flow Meter Troubleshooting Guide
Stop losing $2,800+/year to under-registration and gear wear. Real-world troubleshooting backed by ISO 9001 data, wear analysis, and ROI-optimized repairs.
Oval Gear Flow Meter Applications & 7 Costly Mistakes
Engineer-written guide to oval gear flow meter uses, calibration traps, spec pitfalls, and maintenance errors causing ±3.5% drift in viscous fluids.
Thermal Mass Flow Meters: Accuracy, Types & Savings
Compare 5 thermal mass flow meter types using real-world accuracy, turndown, and pressure drop data; debunk myths and apply ISO/IEC 17025 best practices.
7 Thermal Mass Flow Meter Selection Criteria Engineers Miss
Thermal mass flow meter selection guide: gas accuracy pitfalls, ISO 14690 installation, calibration drift data, and Sage/Brooks/Sierra specs.
Rotameter Startup Errors & 90-Second Fixes
Engineer-tested rotameter guide: types, calibration, installation checks, material compatibility, and 7 field-proven fixes for accurate flow readings.
7 Oval Gear Flow Meter Selection Mistakes That Cause ±3.2%
Avoid real-world accuracy loss: 7 commissioning-critical selection factors most engineers miss — backed by ISO 9001 protocols and field data.
Oval Gear Flow Meter Selection Checklist
Field-tested guide to selecting oval gear flow meters: viscosity, pressure drop, materials, accuracy class, and 3 quick wins—no flow engineering degree needed.
Thermal Mass Flow Meter Maintenance Guide
Engineer-approved thermal mass flow meter maintenance: inspection intervals, wear diagnostics, ISO 17025 calibration, and 5 overlooked quick-win fixes.
Rotameter Troubleshooting: Save Energy & Cut Air Waste
Fix rotameter errors fast: diagnose wear, slash compressed air waste, verify accuracy to ISO 5167, and cut calibration drift by 63% with proven maintenance
Thermal Mass Flow Meter Selection Guide for Engineers
Engineer-written guide: gas composition, accuracy pitfalls, calibration methods, installation traps, and ISO/IEC 17025 validation—all in one practical
Rotameter Selection Checklist: Avoid Costly Flow Meter
Field-validated 7-point rotameter selection checklist: fluid compatibility, accuracy, pressure drop, thermal expansion, and ASME B16.5 flange alignment
Oval Gear Flow Meter Maintenance Guide
Step-by-step maintenance procedures, ISO 9001 best practices, wear diagnostics, calibration intervals, and downloadable schedule—all in one guide.
Oval Gear Flow Meter: Fix Misapplication, Not Calibration
Engineer-written guide to oval gear flow meter selection, sizing & installation—based on API RP 14E, ASME BPE, and real-world failure data.
Kammprofile Gasket Mistakes Causing 73% of Flange Leaks
Field-tested guide to kammprofile gasket errors, 5 type comparisons, ISO 15148 specs, metallurgy-driven failures, API 682 alignment, and leak-prevention
Kammprofile Gasket Troubleshooting: 7 Steps to Stop 92% of
Field-tested Kammprofile gasket troubleshooting: root-cause diagnosis, API torque specs, wear pattern recognition, and prevention—cutting unscheduled shutdowns
Kammprofile Gasket Selection: 7-Step Leak Prevention Guide
Engineer flawlessly: select Kammprofile gaskets using pressure calcs, face finish specs, and API/ISO verification—backed by 412 field failure analyses.
Ring Joint Gasket Maintenance: 7-Minute Pre-Startup
Essential ring joint gasket maintenance: inspection checklist, torque validation, material compatibility, and root-cause analysis from real refinery leaks.
Kammprofile Gasket Maintenance: 7-Step Flange Failure
Kammprofile gasket maintenance guide: 7-step procedure, torque validation, material compatibility, root cause analysis, and ISO-compliant schedule.
Kammprofile Gasket Selection: 7 ROI-Critical Criteria
ROI-driven Kammprofile gasket guide: material science, pressure-temp cycling, API 682 alignment, and failure-cost benchmarks. Save 23–41% in TCO.
Ring Joint Gasket Selection: 7 Critical Mistakes & Fixes
Avoid gasket failure: learn 7 critical selection mistakes, ASME B16.20 specs, metallurgical validation, and a step-by-step checklist—all in one guide.
Kammprofile Gasket Applications & 7 Critical Failure Points
Field-tested guide to Kammprofile gasket applications: API/ASME specs, installation pitfalls, material science, and root-cause failure analysis.
Ring Joint Gasket Applications & Leak Prevention
Where ring joint gaskets are used—and why they fail. Covers ASME B16.20, API RP 14E, torque sequencing, and offshore leak forensic analysis.
Spiral Wound Gasket Applications & 7 Failure Points
API/ASME-aligned guide to spiral wound gasket use: real-world cases, spec pitfalls, torque validation, and 7 hidden failure triggers from 142 refinery leak
Ring Joint Gasket Selection: 7 Non-Negotiable Checks
Expert guide to ring joint gasket selection: API/ASME specs, material pitfalls, leak root causes, and refinery-validated 7-point checklist.
Spiral Wound Gasket Troubleshooting & Energy-Saving Fixes
Stop fugitive emissions and unplanned shutdowns. Root-cause diagnostics, API-compliant intervals, and 7 preventive fixes cut flange leakage energy waste by up
Ring Joint Gasket Troubleshooting: Fix 7 Critical Errors
Field-tested RJG troubleshooting guide: root causes, API/ASME inspection checklists, torque sequencing, surface finish traps, and commissioning protocols.
Spiral Wound Gasket Selection Checklist: Prevent 92% of
Field-validated, API-aligned checklist for material pairing, wind density, filler chemistry, flange finish, and torque—stops leaks before startup.
Prevent RTJ Gasket Failures: Data-Backed 2024 Guide
7 RTJ gasket types compared by pressure, yield strength & thermal tolerance. ASME B16.20 specs, API RP 14E corrosion stats, leak root-cause analysis.
Spiral Wound Gasket Maintenance: 7 Critical Steps
API/ASME-compliant gasket maintenance guide with inspection checklists, wear diagnostics, and certified schedule. Prevent leaks, shutdowns, and noncompliance.
Spiral Wound Gasket: Why 68% of Flange Leaks in Refineries Trace Back to Misapplied Types (Not Torque) — A Field-Engineer’s No-Fluff Guide to Selection, Installation, and Failure Forensics
The definitive technical guide to spiral wound gaskets: material science, ASME B16.20 specs, real-world failure root causes, API-compliant installation protocols, and data-driven selection tables — written by a sealing specialist with 12 years in refinery & petrochemical service.
Spiral Wound Gasket Selection: Avoid Flange Leaks
Expert guide to spiral wound gaskets: ASME B16.20 specs, filler material science, compression set risks, and root causes of flange leaks per API RP 14E.
Piping Stress Analysis: Fix Flexibility Failures
Field-tested piping stress analysis guide: flexibility, thermal expansion, sustained loads, CAESAR II vs AutoPIPE, ASME B31.3 traps, and actionable checklists.
API 6D Pipeline Valves: Installation & Commissioning Guide
Essential API 6D pipeline valve installation and commissioning guide—covers design, testing, QA, and field verification to avoid rework, shutdowns, and
Stop Guessing Flow Rates: 5 Field-Validated Methods to Calculate Flow Rate Through a Pipe — With Real-World Data, Step-by-Step Toolkits, and ISO 5167 Error Benchmarks
Learn how to calculate flow rate through a pipe using 5 proven methods—continuity equation, Bernoulli, orifice plate, ultrasonic Doppler, and magnetic flowmeters—with error rates, setup time, cost, and field-proven accuracy data.
Stop Pipe Corrosion: Cost-Saving Coatings & Methods
Proven pipe corrosion prevention: ROI-driven coatings, ISO/ASME protocols, cost analysis, safety steps—replace reactive repairs with strategic asset protection.
Pipe Pressure Test: Hydrostatic & Pneumatic Guide
Step-by-step hydrostatic and pneumatic pipe pressure testing: ASME-compliant pressures, calculations, tool checklist, safety warnings, and 5 field-proven tips.
Pipe Support Design: Types, Spacing & 7-Step Checklist
Standards-based pipe support design guide: hangers, anchors, guides, ASME B31.1/B31.3 spacing rules, real-world calculations, and refinery case study.
How to Read a P&ID: 7-Step Field-Tested Method
Master P&ID reading with our 7-step field guide—prevent errors, ensure compliance, avoid delays. Includes ISO/ISA symbols, real-world examples, printable
Stop Guessing Pipe Sizes: The Exact Engineering Method to Size Pipes for Any Flow Rate (With Real-World Friction Loss Checks, ASME B31.1 Compliance, and 3 Field-Tested Quick Wins You Can Apply Today)
Master the engineering method to size pipes for a given flow rate—step-by-step calculations, Darcy-Weisbach & Hazen-Williams trade-offs, velocity limits, pressure drop validation, and ASME-compliant quick wins. No guesswork. Includes downloadable calculation table.
7-Step Pipe Material Selection Checklist (42 Sites)
Field-tested pipe material selection checklist for chemical, oil & gas, and water treatment. ASME/ISO-compliant criteria prevent costly failures.
Compressed Air Piping: Layout, Sizing & Energy Savings
Step-by-step compressed air piping guide: layout best practices, ISO 8573-1 sizing math, pressure drop formulas, material selection, and proven steps to cut
ASME-Compliant Flange Bolt Torque Method
Exact ASME PCC-1 and API RP 14E bolt torque method for flanges: step-by-step calculations, torque tables, gasket stress math, and critical error avoidance.
ASME B31.3 Pipe Wall Thickness Calculator & Formula
Calculate pipe wall thickness per ASME B31.3: pressure, temperature, corrosion allowance, mill tolerance—step-by-step with real project examples and common
Gasket Chemical Attack: Causes, Fixes & Prevention
Learn gasket chemical attack causes, ASME PCC-1 diagnosis & repair, and 5 overlooked prevention strategies to stop leaks and extend gasket life.