Hermetically sealed, sealless magnetic drive pumps engineered for safe transfer of toxic, volatile, and hazardous media.
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ISO-standard chemical centrifugal pumps designed for high-efficiency transfer of corrosive and abrasive fluids.
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Reliable surface-mounted self-priming pumps engineered for low-level sumps and corrosive liquid evacuation.
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Fluoroplastic-Lined Inline Pumps
Heavy-duty corrosion-resistant centrifugal pumps engineered for aggressive chemicals within rated operating limits.
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Fluoroplastic Lined Accessories
Seamless PTFE/FEP lined valves, pipes, and fittings providing continuous corrosion barriers for chemical piping.
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ABOUT YFTEL
Annual Output
Pumps & valves delivered worldwide
Years of Experience
Production Base Area
YFTEL pumps and valves operate in 30+ countries. Southeast Asia accounts for the largest share: mining projects in Indonesia, PCB plants in Vietnam, distribution partners in Malaysia, followed by the Middle East, Central Asia and South America. Export deliveries include single units, container batch orders and complete packages for chemical park projects.
Supporting applications across chemical production, surface treatment and industrial manufacturing.
Addressing fluid-handling requirements across petrochemical processing, water infrastructure and industrial projects.
Suitable for challenging applications across chemical processing, metallurgy and other heavy industries.
Opportunities across mining, water treatment, environmental protection and emerging industrial projects.
Focused on challenging slurry, abrasive and corrosive conditions found across resource-based industries.
Built around demanding specifications, dependable operation and application-focused pump selection.
Focused on clean, corrosion-resistant fluid handling for precision manufacturing.
Designed around demanding media, abrasive conditions and challenging industrial environments.
Applications spanning chemical processing, pharmaceuticals, specialty manufacturing and water treatment.
Supporting Chemical, Mining, and Petrochemical Projects Across 30+
The Self-Priming Principle: How Self-Priming Pumps Work
A self-priming pump evacuates air from its own suction line using liquid stored in its casing. This guide explains the t...
Magnetic Drive vs Mechanical Seal: Working Principles and Selection Logic
Mechanical seals close the shaft penetration with precision faces; magnetic drives eliminate the penetration with a stat...
Why Corrosion Resistance Matters in Chemical Pump Selection
Corrosion decides whether a chemical pump is an asset or a recurring failure. This guide covers the four corrosion mecha...
What Is a Chemical Pump? Definition, Types, and Industrial Applications
A chemical pump transfers corrosive, toxic, or high-purity fluids using corrosion-resistant wetted materials and reliabl...
Why Corrosion Resistance Matters in Chemical Pump Systems
Corrosion in a chemical pump threatens safety, causes unplanned downtime, and ruins product purity. This engineering ana...
Material Selection for Corrosive Fluid Transfer
A comprehensive engineering analysis comparing fluoroplastics (F46/PTFE), UHMWPE, and austenitic stainless steel in indu...
Diagnosing Centrifugal Pump Problems and Solutions: Cavitation, Overheating, and Corrosion
A comprehensive engineering guide to identifying and resolving chronic centrifugal pump failures in chemical processing....
Decoding Fluoropolymers in Chemical Pumps – PTFE, FEP, and PFA
An advanced engineering analysis detailing the molecular differences, thermal tolerances, and manufacturing mechanics of...
The Industry Shift from Mechanical Seals to Sealless Magnetic Drive Pumps
An in-depth engineering analysis detailing why chemical processing facilities are systematically replacing dynamic mecha...
FAQsMost standard pump models ship within 4 weeks of order confirmation. Large-volume orders, custom impeller trims or special motors may take 5–6 weeks. We recommend placing orders at least 5–6 weeks ahead of your install date to allow buffer for transit. Contact us for exact timelines on your specification.
Send us the medium (name and concentration), required flow (m³/h), head (m), operating temperature, motor voltage/frequency and any site constraints. We will respond with a model recommendation, motor power and a formal quotation within one working day.
Common terms are 30% advance with order and 70% before shipping; payment terms usually be T/T. Confirm with us.
We support FOB, CIF, CFR, DAP and EXW terms as requested. FOB is most common for sea freight; tell us your destination port for a CIF/CFR quotation.
The standard warranty period for the pump body structure is 36 months from the date of delivery The warranty coversmaterial and workmanship defects not caused by force majeure or human factors, and applies to normal use. Consumables (mechanical seals, bearings) are excluded after the initial run-in. Extended warranty is available on request.
Yes. We tailor impeller diameter (trim), mechanical-seal flushing plan, motor (TEFC/EX/IE3/VFD), mounting arrangement and skid packaging to your medium, flow, head, voltage, frequency, temperature, work conditions and site. Send us your data sheet and we will propose a custom configuration.
Fluoroplastic-lined pumps (IHF, CQB, FZB, FSB, ZMD, GF) resist virtually all strong acids, alkalis and oxidizers at any concentration but are limited in temperature (~100–150°C). Stainless-steel pumps (IH, CQL, ZCQ) suit clean and moderately corrosive media (organic acids, alcohols, brines, oils) with higher mechanical strength and higher temperature capability. Choose fluoroplastic for strong acids/alkalis; stainless for clean and mild-duty media.
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