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Polydadmac (Poly(diallyldimethylammonium chloride)) is a widely used cationic polymer in water treatment applications. Here are some of its key benefits and functions:
Coagulation and Flocculation:
Improved Settling and Filtration:
Reduction of Turbidity:
Versatility:
Low Dosage Requirement:
Compatibility with Other Chemicals:
The BLU DA SERIES is a type of PolyDADMAC that typically has
between 20% and 50% solid content. It is a liquid cationic polymer
with varying viscosities or molecular weights and a high charge
density. This charge density makes it well-suited for a process
known as flocculation.
Flocculation is a process by which small particles are brought
together, or coagulated, by adding certain chemicals. In the case
of the BLU DA SERIES, this process is facilitated by the high
charge density of the polymer. This chemical is commonly used in
many industries, including drinking water, wastewater, textiles,
cosmetics, mining, paper-making, soil treatment, and the oil
industry.
Due to its versatility and effectiveness, it is no surprise that
the BLU DA SERIES is often a go-to choice for many professionals in
these and other related industries. Its ability to improve water
quality, increase operational efficiency, and reduce waste makes it
a valuable asset to many companies worldwide.
Specification:
Products: | Appearance: | Solid content: | pH: | Specific Gravity at 25°C: | Relative Molecular Weight: | Brookfield Viscosity (25°C,cps) |
DA 201 | Colorless to Light Yellow Liquid | 19.0-21.0% | 3.0-7.0 | 1.01-1.10 | Low | <200 |
DA 202 | Medium | 200-700 | ||||
DA 203 | Medium | 700-1000 | ||||
DA 204 | High | 1000-2000 | ||||
DA 205 | Very High | 2000-3000 | ||||
DA 401 | 39.0-41.0% | Low | <500 | |||
DA 402 | Medium | 500-1000 | ||||
DA 403 | Medium | 1000-3000 | ||||
DA 404 | High | 3000-5000 | ||||
DA 405 | High | 5000-8000 | ||||
DA 406 | Very High | 8000-12000 | ||||
DA 407 | Very High | 12000-15000 | ||||
DA 408 | Very High | >15000 | ||||
DA 451 | 44.0-46.0% | High | 8000-12000 | |||
DA 501 | 49.0-51.0% | Low Medium | 1000-2000 | |||
DA 502 | Medium | 2000-3000 | ||||
DA 503 | High | 3000-5000 | ||||
DA 504 | High | 5000-8000 | ||||
DA 505 | Very High | 8000-12000 | ||||
DA 506 | Very High | 12000-15000 | ||||
DA 507 | Very High | >15000 |
Chemicals have a wide range of applications in various industries.
For instance, chemicals are commonly used for drinking water
treatment as well as wastewater treatment. These treatments are
critical to ensure that the water disposed of meets the minimum
environmental standards set by regulatory agencies. With the help
of chemicals, the water can be treated and made safe for human and
animal consumption or use in industrial processes.
Another industrial application of chemicals is in the textile
industry. Chemicals are used as color fixing agents to ensure that
the colors on the textiles are durable and do not fade easily. In
addition, chemicals are also used in the process of color removal,
which is necessary when textiles need to be dyed with new colors.
Chemicals are also used in the sugar industry as additives to
enhance the process of sugar crystallization. Mining companies also
use chemicals in the extraction and purification of minerals such
as coal, gold, and diamonds. Additionally, chemicals are used in
the paper-making industry to bleach and dye the paper fibers as
well as to ensure that the paper is strong and durable.
The oil industry is another major industrial consumer of chemicals.
Chemicals are used to make oil drilling more efficient, to aid in
separating and purifying the different components of crude oil, and
to help optimize pipeline performance.
Finally, sludge dewatering is another area where chemicals play an
important role. Chemical dewatering agents are used to separate
water and solids in a sludge mixture, turning it into a more
manageable and less bulky material that can be easily disposed of
or further processed.