AA-HPA  

AA-HPA

Full Name: Acrylic Acid Hydroxypropyl Acrylate

Properties
AA-HPA is the copolymer of acrylic acid and hydroxypropyl acrylate. Itnot only inhibits the scale formation of calciumphosphate and calcium carbonate, but also can be used to achieve good dispersion of ferric oxide, sludge, clay andgrease. AA-HPA can maintain its great scale inhibition anddispersion functions even in high PH, high temperature and alkaline conditions.

Applications
AA-HPA is primarily used as scaleinhibitor and dispersant for circulating cooling water and oilfield re-injection water with high calcium content. It is also used in heaters andnon-evaporative boilers.

Specifications of AA-HPA
Conformto HG/T2429-93

User Guide
1. AcrylicAcid Hydroxypropyl Acrylate can be built with organic phosphine to form full organic (alkaline) formula.
2. The dosage of 10-30mg/L is preferred.

Packing
AA-HPA is packed in plastic drums, 25kg per drum or uponcustomers’ requirements

Storage
AA-HPA shouldbe stored in a cool, dry space. The storage period is 12 months.

Trade Terms
1. Minimum order quantity: 10T
2. Delivery time: one week afterthe receipt of your order
3. Port of shipment: Shanghai port
4. Payment: T/T or L/C

Thank you for visiting our website. New Future Chemical isa major manufacturer and supplier of acrylic acid hydroxypropyl acrylate in China. We run ourcompany in strict accordance with ISO9001 international quality system andISO14001 international environmental management system. Therefore, all of ouramino trimethylene phosphonic acid, 2-phosphonobutane-1, 2, 4-tricarboxylicacid, diethylenetriamine penta are produced in strict compliance withinternational standard, and customers can feel secure in purchasing. Ourcompany is located in Changzhou City, Jiangsu Province. Here we enjoymany forms of convenient transportation, which facilitates the transporting ofgoods and reduces the cost of shipping for our customers. For more informationregarding our water treatment chemicals, please continue browsing our websiteor call us directly.