| product_name | Acrylic Acid Sodium Salt Homopolymer |
| CAS_number | 9003-04-7 |
| formula | (C3H3NaO2)n |
| molar_mass | variable |
| property_1 | soluble in water |
| property_2 | pH value around 6-8 in solution |
| property_3 | forms clear to slightly hazy solution |
| property_4 | high thermal stability |
| property_5 | has film-forming properties |
| property_6 | used as a dispersant |
| property_7 | has excellent chelating ability |
| property_8 | non-toxic and non-irritating |
| property_9 | acts as a scale inhibitor |
| property_10 | can increase viscosity of aqueous solutions |
What is Acrylic acid sodium salt homopolymer?
Acrylic acid sodium salt homopolymer, also
known as sodium polyacrylate, is a type of superabsorbent polymer that has the ability to
absorb and retain large amounts of water or aqueous solutions. It is widely used in various
industries due to its exceptional water-absorbing properties.
How does Acrylic acid
sodium salt homopolymer work?
Acrylic acid sodium salt homopolymer works through a
process called osmosis, in which water molecules are drawn into the polymer chains and
trapped within its structure. This allows the polymer to swell and increase in size,
effectively absorbing and retaining the water.
What are the key benefits of using
Acrylic acid sodium salt homopolymer?
Some key benefits of using Acrylic acid sodium salt
homopolymer include its high absorption capacity, rapid absorption rate, non-toxic and
biodegradable nature, as well as its versatility in various applications. It is commonly
used in hygiene products, agriculture, environmental remediation, and many other
industries.
In which industries is Acrylic acid sodium salt homopolymer commonly
used?
Acrylic acid sodium salt homopolymer finds widespread applications in industries
such as agriculture, personal care and hygiene products, food packaging, medical and
pharmaceutical products, wastewater treatment, and oil spill cleanup. Its unique
water-absorbing properties make it a valuable material in these industries.
What
makes Acrylic acid sodium salt homopolymer a preferred choice for hygiene
products?
Acrylic acid sodium salt homopolymer is a preferred choice for hygiene products
such as diapers, sanitary napkins, and adult incontinence products due to its high
absorption capacity, retention of liquids, and non-irritating properties. These qualities
make it ideal for keeping skin dry and comfortable.
How is Acrylic acid sodium salt
homopolymer used in agriculture?
In agriculture, Acrylic acid sodium salt homopolymer is
used as a soil conditioner and water retention agent to improve soil structure, increase
water-holding capacity, and reduce soil erosion. It helps plants receive a consistent water
supply, leading to improved growth and yield.
What environmental benefits does
Acrylic acid sodium salt homopolymer offer?
Acrylic acid sodium salt homopolymer provides
environmental benefits by reducing water wastage in agriculture, preventing soil
degradation, and aiding in oil spill cleanup efforts. Its biodegradability ensures that it
breaks down naturally over time, minimizing its impact on the environment.
Are there
any safety considerations when handling Acrylic acid sodium salt homopolymer?
While
Acrylic acid sodium salt homopolymer is generally considered safe to handle, it is important
to avoid inhalation of dust particles, direct contact with skin or eyes, and ingestion of
the material. Proper safety measures, such as wearing protective gear and following handling
instructions, should be observed.
Can Acrylic acid sodium salt homopolymer be
customized for specific applications?
Yes, Acrylic acid sodium salt homopolymer can be
customized in terms of particle size, absorption capacity, and chemical composition to meet
the specific requirements of different applications. This versatility allows for tailor-made
solutions in various industries.
What future advancements can be expected in the
development of Acrylic acid sodium salt homopolymer?
Future advancements in Acrylic acid
sodium salt homopolymer may involve enhanced biodegradability, increased absorption
efficiency, and expanded applications in emerging industries. Research and development
efforts continue to focus on improving the performance and sustainability of this versatile
polymer.
