Super Absorbent Polymer – 4302S

Description

Accepta 4302S is a high performance; high purity super absorbent polymer based water retainer scientifically formulated using potassium acrylate.

Accepta’s super absorbent polymer has a range of applications but is primarily used as a highly effective water retainer for soils and substrates in farming, agriculture, horticulture, forestry, mining & drilling.

Accepta 4302S is a highly efficient polymer based water retainer that, when incorporated into a soil or a substrate will absorb and retain large quantities of water and nutrients. Unlike most products that become hydrated, Accepta 4302S can easily release absorbed water and nutrients, thereby allowing crops to access the water and nutrients available at will, as a function of the absorption and release cycles.

Product Benefits

• High performance super absorbent polymer based water retainer.
• Increases the water holding capacity of soils for several years.
• Reduces water loss, irrigation frequency may be reduced.
• Limits losses of water and nutrient due to unwanted leaching.
• Reduces evaporation of water from the soil.
• Improves the physical properties of compact soils through improved aeration.
• Accelerates plant and crop growth. Water and nutrients are continuously available in the root zone for optimal water and nutrient absorption.
• Protects the environment against drought and groundwater pollution by controlling the release of fertilisers.

Product Properties

* When stored inside a building at a stable temperature between 0° and 35°C

Full details of the product properties are available in the Safety Data Sheet. See below.

Typical Characteristics

* in weight of retained water / weight of dry product measured under a pressure of pF3 = 2 atm.

Application & Dosage Information

Rates vary accordingly to the conditions of the soils, crops and water supplies (rainfall or irrigation, quantities and frequencies).

How it Works

The high performance polymer used in Accepta 4302S consists of a set of polymeric chains that are parallel to each other and regularly linked to each other by cross-linking agents, thus forming a network.

When water comes into contact with one of these polymeric chains, it is drawn into the molecule by osmosis.

Water rapidly migrates into the interior of the super absorbent polymer network where it is stored. As the soil or substrate dries out, the polymer then releases up to 95% of the absorbed water back into the soil.

Agriculture & Farming

Accepta 4303 super absorbent polymer is highly effective when used in large scale farming and agricultural applications, especially at the time of germination and development of the root network due to good aeration of the soil.

The storage of rainwater or irrigation water by Accepta 4302S delays the wilting point and thus makes it possible for certain plants to begin to be well established while waiting for the water regime to become adequate. Accepta 4301 ensures a good population and an even growth of plants even in very permeable soils.

Arboriculture

Accepta 4302S is highly effective in the planting of trees, bushes, and saplings. It makes it possible to reduce the mortality rate of each crop due to transplanting shock and to enhance root development to accelerate growth and production.

Lawns & Sod

Water retainers are simple to use throughout the growth cycle of lawns and sod. They ensure effective germination, faster root development, and regular and even growth of lawns. The rooting of sod is also accelerated.

Accepta 4302S is widely used in landscaping for golf courses and grass in recreational parks and gardens.

Hydroseeding

Accepta 4302S is commonly used in hydroseeding to stabilise newly graded soils. Mixed with or without cellulose mulch, it makes it possible to maintain a minimum of surface water, which permits rapid sprouting of seedlings even in dry areas. The vegetation cover develops uniformly and rapidly over the whole treated surface. There are no dry spots without grass.

Additionally Accepta 4302S also prevents cellulose mulch from becoming hardpan during a dry spell. The mulch remains aerated and allows the seeds to sprout quickly. Accepta 4302S also makes it possible to reduce the amount of mulch required.

Soil Mixes

When mixed into a substrate, Accepta 4302S acts as a super absorbent water retainer to provide a reduction in water stress. It ensures that plant cuttings and transplants take root better and that seedlings grow faster.

Irrigation frequencies are also extended to save water. It is an ideal solution in substrates for containers, hanging plants, and house plants.

Watering frequencies are commonly reduced by 30% to 50%, which likewise reduces labour costs and the amount of water used.

Mixing with Fertilisers

To reduce leaching of nutrients added to agricultural soils, Accepta 4302S may be mixed dry into fertiliser preparations.

The behaviour of plants fertilized with this mixture makes it possible to maintain or even increase
yield while at the same time protecting the environment from leaching. Manufacturers’ test results also show better root development of the plants.

Floral Decoration

Accepta 4302S is commonly used for colouring the water in glass containers. Accepta 4302S in granules is allowed to expand in coloured solutions. The hydrogel created is placed in glass containers in which cut flowers may be placed.

Bare Root Dipping

Accepta 4302S can be used for root dipping in order to prevent the desiccation of the roots of seedlings during transplanting or transport over a long distance.

Application & Dosage Information

Please contact Accepta for the correct dosing procedure for Accepta 4302S.

It is always advisable to carry out a ‘Control Of Substances Hazardous to Health’ (COSHH) assessment before use.

For further technical assistance please contact Accepta.

Safety, Storage & Handling

For full details concerning safety precautions, storage and handling procedures for this product please refer to the latest Safety Data Sheet.

To request the latest MSDS for this product please fill out the form below.