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Formaldehyde Catalyst

Formaldehyde Catalyst

SYAMCAT Formaldehyde catalyst has a higher yield of formaldehyde, providing an exceptional selectivity. In addition to resulting in an exceptional selectivity, the optimized composition and micro-structure of SYAMCAT JQ116/JQ216/JQ316 provides an improved stability and high mechanical strength. 

The exceptional selectivity of SYAMCAT JQ116/JQ216/JQ316 has the added benefit that it reduces the hotspot temperature in the reactor, which has a positive impact on the catalyst lifetime.

Why Choose SYAMCAT Formaldehyde Catalyst?

High Efficiency
The SYAMCAT iron molybdenum formaldehyde catalyst is renowned for its exceptional catalytic performance, enabling the high-efficiency synthesis of formaldehyde under relatively mild conditions, thereby enhancing production efficiency.
Environmental Friendliness
In comparison to some traditional catalysts, the SYAMCAT iron molybdenum catalyst tends to generate fewer waste products and pollutants during the formaldehyde synthesis process, contributing to a reduction in environmental impact.
High stability and long catalyst lifetime
The SYAMCAT catalyst exhibits outstanding stability, maintaining its catalytic activity over a relatively long period. This characteristic reduces the frequency of catalyst replacement, contributing to increased operational continuity.
Low hotspot temperature
The SYAMCAT iron molybdenum catalysts generally operate at lower reaction temperatures and pressures compared to some traditional catalysts, leading to reduced energy consumption during the formaldehyde synthesis process. The exceptional selectivity of SYAMCAT iron molybdenum formaldehyde catalyst has the added benefit that it reduces the hotspot temperature in the reactor, which has a positive impact on the catalyst lifetime.

Operation Condition of Formaldehyde Catalyst

Space Velocity:
6000~15000 h-1
240~400 ℃
0.4~1.5 bar

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Fe Mo Catalyst for Formaldehyde
Ammonia synthesis catalyst is divided into oxidation and reduction state to serve our excellent customers.
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 Precautions for using Formaldehyde Catalyst

Avoid contact with skin and clothing.
Don’t take in directly by hand.
Avoid breathing dust and eating.
Please refer to MSDS if more materials clarifications required.

Technical Service of Formaldehyde Catalyst

We believes in the value of customer support to ensure best results when operating high performance catalysts taking each individual situation of the customer into consideration with close collaboration throughout the catalyst lifecycle.
As a first step, Syamcat technical questionnaire designed to learn plants’ layout, operating conditions and needs. Based on this data, the best solution for given methanol concentration, flow rate, and pressure drop of each reactor system is developed by using the kinetic model and expertise to select optimum catalyst shape and to customize catalyst layer management.

FAQS of  of Formaldehyde Catalyst

What is the primary function of formaldehyde catalysts in industrial processes?
Formaldehyde catalysts facilitate the conversion of methanol into formaldehyde, a crucial step in the production of various materials like plastics and textiles.
What is the primary use of formaldehyde catalysts?
Formaldehyde catalysts are primarily used in the production of resins, plastics, and various industrial products.
Through continuous technological innovation, we provide catalyst solutions for ammonia production.
Please send your message to us
SYAMCAT is a professional manufacturer of synthetic ammonia catalysts with over 30 years of catalyst experience and history,Through continuous technological innovation, we offer catalyst solutions for ammonia production.If you would like to learn more or are in search of a manufacturer for synthetic ammonia catalysts for your company, please feel free to contact us.
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