CasNo.112926-00-8,Silica Hydrogel to Remove Phospholipid and Soap for Edible Oil Refining,(112926-00-8) Suppliers

12600 Kilogram	FOB Price: USD 1800.0000

Min.Order :12600 Kilogram
Purity: 99%
Payment Terms : L/C,T/T

Keywords

Silica Hydrogel Removing phospholipid and soap in edible oil refining eliminate washing process

Quick Details

Appearance:white powder
Application:Removing phospholipid and soap in the edible oil refining
PackAge:30kg/bag, 900 kg/pallet
ProductionCapacity:5000|Metric Ton|Year
Storage:1 year
Transportation:FOB Qingdao

Superiority:

SilClar is synthetic amorphous silica dioxide (SiO₂). It has high adsorption capacity for soaps, phospholipids and trace metals, which can be used as refining and bleaching aid in both caustic and physical edible oil refining processes to eliminate water wash process or reduce usage of bleaching earth. SilClar helps to reduce cost and simplifies the entire refining process while minimizing the overall impact on the environment.

SilClar can also be used as a “post-bleach” adsorptive agent for removal of colloidal nickel and nickel soaps generated during hydrogenation.

Details:

SilClar^®Silica for Edible Oil Refining

SilClar is synthetic amorphous silica dioxide (SiO₂). It has high adsorption capacity for soaps, phospholipids and trace metals, which can be used as refining and bleaching aid in both caustic and physical edible oil refining processes to eliminate water wash process or reduce usage of bleaching earth. SilClar helps to reduce cost and simplifies the entire refining process while minimizing the overall impact on the environment.

SilClar can also be used as a “post-bleach” adsorptive agent for removal of colloidal nickel and nickel soaps generated during hydrogenation.

Itshould be stored in a dry warehouse away from strong odors. It is packed in 30kg bag, 30 bags per pallet.

SilClar is a non-crystalline silica gel adsorbent. It meets the requirements of the FDA for food applications. Typical values of Silclar are as below:

Properties	Value
Loss at 1000 ^oC, %	50.0 – 55.0
Silicon Dioxide (dry base), %	99.0
pH (15% solution)	6.0 – 7.0
Average Particle Size, um	20 – 35
Oil Absorption, ml/100g	150