4514A Fairchild Mexico Sales

4514A Mexico Global Supply

Fairchild's 4514A is a pressure regulator used for high-accuracy control in industrial process applications.PARMEX AUTOMATIZACIÓN, through its own global supply network, for the original Fairchild 4514A product, by conducting price research in 14 different countries, purchases it from the market where its price is the most suitable and offers it to you, our valued customers.

PARMEX AUTOMATIZACIÓN offers an uninterrupted supply chain for the supply of original Fairchild products to all our customers throughout Mexico, especially industrial cities such as Ciudad de México, Guanajuato, Jalisco, Querétaro, Puebla, Estado de México, San Luis Potosí, Aguascalientes, Guadalajara y Monterrey.

4514A pressure regulator from Fairchild is used in industrial applications such as chemical plants, petrochemical plants, pneumatic logic circuits and automation systems.

Our services are focused only on sales and distribution; we do not offer technical support, repair, or on-site maintenance service.

Products belonging to the Fairchild brand such as Z19738, 90052J, 4513A, together with 4514A, come at the beginning of the most demanded and preferred industrial spare parts solutions.

We sell only original and unused Fairchild products. You can request an official price quotation for 4514A by contacting our sales team through parmex@parmex.com.mx or by calling the telephone number +52 222 912 60 15. We provide the delivery of the products you ordered to your facility through courier companies or local transport companies. In urgent situations, we can also make delivery with our own vehicles.

Key Characteristics

• Precision Regulation: Engineered for high sensitivity and minimal droop under varying flow conditions.
• Pneumatic Control: Designed for use with clean, dry instrument air or other compatible gases.
• Robust Construction: Built to withstand industrial environments, featuring materials selected for durability and chemical compatibility.
• Balanced Valve Design: Minimizes the effect of supply pressure variations on the regulated output.