​​MACRO SORB® Liquid Waste Solidification Polymer Technical Profile​​

This cross-linked polyacrylate-based SAP (CAS 9003-04-7) rapidly solidifies liquid waste with 300–800× absorption capacity, transforming hazardous/non-hazardous liquids into stable semi-solids.

Originating from Qingdao, China, the white granular material exhibits the following properties: residual monomer ≤300ppm, moisture ≤6%, density 0.6–0.7g/cm³, pH 6–6.5, absorption rate ≤40s, and NaCl absorption ≥55g/g. Certified to ISO9001, SGS (non-toxic/no heavy metals), BV (degradable), and REACH (low sulfate).

​​Core Applications & Advantages​​

1. ​​Urine Bags​​: Bacteriostatic action inhibits microbial growth with integrated odor control. Forms compact hydrogel (300–800× absorption) in <3 minutes, enabling leak-proof retention, low-volume disposal, and eco-degradable operation. Customizable parameters/size/shape/color/packaging (PE/water-soluble paper).

2. ​​Medical Waste Packaging​​: Soluble packaging ensures hygienic handling with <3min gelation, chemical-free safety, and bacteriostatic protection.

3. ​​EPA-Compliant Paint Hardening​​: Meets EPA 9095B for water/oil-based paints, solidifying in 15–30 minutes with non-toxic, sweepable residues.

​​Operational Benefits​​

• Reduces disposal costs through instant solidification

• Minimizes final waste volume by 300–800×

• Lightweight output cuts transport expenses

• Chemical stability across extreme conditions

​​FAQ​​

​​Q1: Compatible Liquids?​​

Solidifies water-based liquids: industrial wastewater, sewage, diluted chemicals.

​​Q2: Dosage Determination?​​

Dependent on liquid viscosity/composition; technical guidance and compatibility testing available.

​​Q3: Landfill Safety?​​

Significantly reduces leachate risk; verify local hazardous waste regulations.

​​Q4: vs. Conventional Methods?​​

Minutes vs. hours/days solidification; superior absorption; lightweight output; chemical inertness.

​​Q5: Harsh Environment Performance?​​

Effective across broad pH/temperature ranges; custom formulations for extreme conditions.