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- Inorganic polymers are polymers with a skeletal structure that
does not include carbon atoms.
- Polymers containing inorganic and organic components are named
hybrid polymers.
- One of the best known examples is polydimethylsiloxane,
otherwise known commonly as silicone rubber. It has a repeat unit
based on silicon and oxygen.
- Inorganic Polymers are materials generally rich in
aluminosilicates, conventionally formed by alkali hydroxide or
alkali silicate activation of a solid precursor.
- In literature different names have been used to describe these
materials, namely "inorganic polymer glasses", "alkali-bonded
ceramics", "soil cements" and more.
- Usual precursors are coal fly ash, calcined clay, metallurgical
(blast furnace and steel) slag and more. Their synthesis involves
dissolution of the solid source by alkaline hydrolysis, gelation and
finally rearrangement and reorganization, to a three-dimensional
network.
- Inorganic polymers are a novel class of materials formed by the
polymerization of silicon, aluminium and oxygen species
to form an amorphous three-dimensional framework structure.
- The basis of this process is the alkaline solutions to induce a
certain amount of Si and Al atoms to dissolve from a feedstock such
as aluminosilicate
- A subset of the inorganic polymers is defined as "geopolymers".
In this case, the binding phase is almost exclusively
aluminosilicate, containing tetrahedral Al and tetrahedral Si.
- Inorganic-polymeric hybrids materials can be expected that its
characteristics are completely different either from that of the
organic polymer or the inorganic material, and the possibilities of
such hybrids are infinite.
- Inorganic polymers based on alumina and silica polysialate units
were synthesised from dehydroxylated aluminosilicate clay
(metakaolinite) condensed with sodium silicate in a highly alkaline
environment.
- Polysialates are inorganic polymers derived from
aluminosilicates. They can be synthesised at low temperature and
have useful properties such as high early compressive strength, a
Mohs hardness of 4–7, and they are stable at temperatures up to
1300–1400C.
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General
- Introduction
- Inorganic polymers
- Inorganic
polymer family
- Inorganic
polymerization
- Inorganic polymers & coagulants
- Inorganic
polymer chemistry
MSDS
- X-Cote
- Mineral
reinforced Inorganic polymer
- Envirofuels
- Emulsion
additive
- Accepta
4364
Products
- Anionic emulsion
- HP
series medium voltage polymer surge arrester
- Silicon-based polymer
-
Silicone
wristbands
Market
- Evonik
Meets Science China 2010: Inorganic-Polymeric Hybrid Materials
- Australians Ready to Market Fire-resistant Geopolymer
- 30
Years of Successes and Failures in Geopolymer Applications. Market
Trends
Technology
- Production technology
- Cutting-Edge Technology in Fire and Heat Resistant Materials
Patent
- Fire-resistant containers made using inorganic polymer material
- Hybrid
inorganic polymer systems
- Electrically conductive inorganic polymer
- Aluminosilicate organic-inorganic polymer
- Manufacturing inorganic polymer
hybrids
- Layered carboxy end terminated organophosphorus inorganic polymers
- Layered organophosphorous inorganic polymers containing cyclic
groups
- Method
of producing hybrid polymer inorganic materials
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Company profiles
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Consultancy
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Switzerland
- Online Consultancy
Report
-
Silicon based inorganic polymer
- Inorganic
polymers: preparation of silicone oligomers and
polymers
- Molecular Layer Deposition of Hybrid Organic-Inorganic
Polymer Films using Diethylzinc and Ethylene Glycol
- Inorganic Polymer Matrix Composite Strength Related to
Interface Condition
- Inorganic Polymers and Materials
- Geopolymer
Column Wrapping
- Inorganic
polymer photoresist for direct ceramic patterning by
photolithography
- Compressive strength, modulus of elasticity, and water permeability
of inorganic polymer concrete
Study
- Synthesis and characterisation of
materials based on inorganic
polymers of alumina and silica
- Structural stability of
Aluminosilicate inorganic polymers
- Research on inorganic polymer
systems containing boron and aluminium
- Organic-inorganic polymers hybrids
- Novel Inorganic polymer derived
microreactors for the application of organic microchemical synthesis
- Study of inorganic polymer formation at
ambient temperature
- Creep and shrinkage of Inorganic
polymer
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