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Pump Material Guide

Pump Material Guide

High-Purity Pump Materials for Semiconductor and Pharmaceutical Service

In semiconductor and pharmaceutical service the fluid must survive the pump: metal ions, extractables, particles, and biofilms all fail purity specifications. This guide covers the...

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Pump Materials for Chloride Service: Pitting, SCC, and the Duplex Upgrade Path

Chloride defeats stainless pumps through pitting, crevice corrosion, and stress corrosion cracking, all with little visible warning. This guide explains the three mechanisms, where...

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Chemical Compatibility of Pump Materials: How to Read a Resistance Matrix

Compatibility charts are screens, not verdicts. This guide explains the four variables that move every rating, concentration, temperature, velocity, and aeration, provides a workin...

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Stainless Steel vs Fluoroplastic Lined Pumps: Wetted Material Selection

Stainless steel owns moderate chemistry and high temperature; fluoroplastic lining owns aggressive acids, chlorides, and high-purity service. This guide maps the boundary between t...

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UHMWPE Pump Material: When Corrosion Meets Abrasion

Corrosive slurries defeat fluoroplastics on abrasion and metals on corrosion. UHMWPE answers both: abrasion resistance beyond hardened steel plus broad acid and alkali resistance. ...

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Fluoroplastic Pump Materials Compared: FEP, PTFE, PFA, and PVDF

FEP, PTFE, PFA, and PVDF share fluoropolymer chemistry but serve different jobs in pump construction. This comparison covers temperature ceilings, processability, purity, cost, and...

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Pump Material Guide

Fluoroplastics, Stainless Steel & UHMWPE Compatibility

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