Strong Base Anion Exchange Resin cross-linked 7%

 HAL LAN ™ 201X7 is a type 1 high solids gel strong base anion resin in chloride form. It has high cross-linked 7% and higher ion exchange capacity than other strong base anion resins resulting in especially high selectivity for various anions. It is intended for the removal of contaminants such as nitrate, arsenate, chromate, uranium, etc.

Strong Base Anion Exchange Resin cross-linked 7% is a unique type of resin that is specifically designed to remove organic and inorganic anions from fluids. It is an essential component of water and wastewater treatment systems that require the removal of contaminants at a high-efficiency level. This strong base anion exchange resin exhibits excellent kinetic behaviour, exceptional capacity, and extremely efficient removal of a wide range of anion contaminants. Consequently, this product is widely used in the purification of drinking water, commercial and industrial waste water, food and beverage processing, aquaculture and even pharmaceuticals.

Strong Base Anion Exchange Resin cross-linked 7% is composed of highly cross-linked styrenic based, strong-base anionic functional groups. The large-scale aggregated, macroporous structure of the resin provides a high-throughput purification with an extremely efficient anion-exchanging capacity. Additionally, the excellent kinetic properties of the resin ensures that it can attain high exchange rates for a wide range of contaminants. Furthermore, the better than average operating temperature of the resin ensures it can be used in extreme temperatures of up to 100°C if desired.

This resin is especially beneficial in the removal of organic and inorganic anions, such as nitrite, nitrate, bromide, chloride and sulfate, to name a few. This effectiveness is the result of a relatively selective ion-exchange between the functional groups of the resin and the desired anion. By controlling the strongly alkaline environment in contact with the resin, a wide range of anions can be exchanged.

In addition to its highly efficient removal capabilities, Strong Base Anion Exchange Resin cross-linked 7% also offers several advantages over other types of resins. It has a significantly lower cost compared to other resins and offers an extremely high bed life. It does not require regeneration or periodic operation, making it an ideal long-term solution for contaminant removal. Furthermore, its excellent ion-exchange properties are not affected by organic fouling and its features remain stable even when exposed to high pH conditions.

To maintain optimal performance of Strong Base Anion Exchange Resin cross-linked 7%, users must ensure that the resin bed is occasionally backwashed if necessary. This is to ensure that the mobile phase is circulating optimally and the bed of resin is able to move freely. Furthermore, occasionally exchanging the media for fresh resin or regeneration is recommended. This will ensure the efficiency of the ion exchange is optimal and prolong the effective life of the resin.

In conclusion, Strong Base Anion Exchange Resin cross-linked 7% is an excellent product for the removal of organic and inorganic anions from fluids. It offers superior performance, thanks to its exceptional capacity, kinetic behaviour and cost-effectiveness. Additionally, its excellent flexibility makes it an ideal long-term solution for those in the water, wastewater, food and beverage, aquaculture and pharmaceuticals industries.

Packaging Details & Delivery

a. PE bag (25liters) with pallet
b. PE valve bag (25liters) with pallet
c. Super sack / big bag (1200liters ) with pallet
d. Woven bag lined with plastic bag(25/20kgs)
e. According to users' requirements

Delivery time: Within two weeks after we receive the deposit.

Please pay attention to the followings :
1. Generally, 1x20FCLcontainer can hold 24000 liters, with pallet (48bags/pallet total 20pallets)
2. 1x20FCL containercan hold max 25000 liters, with pallet (50bags/pallet total 20pallets)
3. 1x20FCL container can hold max 30000 liters, without pallet

Can be used with cation exchange resin type H