FORMALDEHYDE / DERIVATIVES
PROCESSES
ATEC’s core expertise is in the domain of
the entire gamut of Formaldehyde /
Derivatives Processes briefly outlined in the “Formaldehyde
Tree” presented below :
![](/upload/Process Technologies/ove_for_1.jpg)
![](/upload/Process Technologies/ove_for_2.jpg)
OVERVIEW – FORMALDEHYDE VALUE CHAIN
ATEC`s FORMALDEHYDE /
DERIVATIVES TECHNOLOGIES – TECHNOLOGICAL OVERVIEW
ATEC possesses both the commonly known Technologies
for manufacture of Formaldehyde Products i.e.:
·
Excess Air
(Metal Oxide Catalyst) Process
·
Excess Methanol
(Silver Catalyst) Process
![](/upload/Process Technologies/at_new_12.jpg)
However currently the modern excess air process of
Formaldehyde manufacture commonly known as the Metal Oxide process is in vogue
owing to multiple operational advantage
afforded by the same.
![](/upload/Process Technologies/Untitled3.jpg)
Moreover ATEC has in – house“Cutting Edge manufacturingtechnological know – howandState
of the Artengineering expertise” to build plants to produce most of the Formaldehyde
derivatives as well. The range of Formaldehyde / derivatives
technologies offered include :
a.
Hexa
Methylene Tetra Amine (H.M.T. / HEXAMINE)
b.
Paraformaldehyde
c.
Urea
Formaldehyde (UF) Amino Resins
d.
Melamine
Formaldehyde (MF) Amino Resins
e.
Urea –
Melamine Formaldehyde (MUF) Combination Amino Resins
a.
Pre-catalyzed
Amino Resins
b.
Resol
Phenolic Resins
c.
Novolac
Phenolic Resins
d.
Sulphonated
Naphthalene Formaldehyde (SNF / PNS) Superplasticizers
e.
Sulphonated
Melamine Formaldehyde (SMF / PMS) Superplasticizers
f.
Methanolic
Solutions of Formaldehyde
g.
Butanolic
Solutions of Formaldehyde
h.
Pentaerythritol
![](/upload/Process Technologies/at_new_13.jpg)
![](/upload/Process Technologies/at_new_14.jpg)
FORMALDEHYDE COMPLEX