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 :
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
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.
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
FORMALDEHYDE COMPLEX