

Polypropylene raw materials are blended with acid and alkali resistant modifiers to greatly enhance chemical stability. The fabric resists swelling, brittle cracking and corrosion damage during short-term contact with weak acids, weak alkalis and salt aqueous solutions, performing steadily under conditions where standard PP bags corrode and rupture.
A corrosion-resistant PE liner provides dual barrier to prevent corrosive materials from touching the outer fabric. All bag seams are treated with anti-corrosion sealing to stop chemical erosion through stitch gaps.
With excellent anti-aging and chemical leaching resistance, its tensile strength declines slowly under prolonged exposure to corrosive substances, drastically reducing bag rupture and material leakage losses.
Polypropylene raw materials are blended with acid and alkali resistant modifiers to greatly enhance chemical stability. The fabric resists swelling, brittle cracking and corrosion damage during short-term contact with weak acids, weak alkalis and salt aqueous solutions, performing steadily under conditions where standard PP bags corrode and rupture.
A corrosion-resistant PE liner provides dual barrier to prevent corrosive materials from touching the outer fabric. All bag seams are treated with anti-corrosion sealing to stop chemical erosion through stitch gaps.
With excellent anti-aging and chemical leaching resistance, its tensile strength declines slowly under prolonged exposure to corrosive substances, drastically reducing bag rupture and material leakage losses.
Various weak acid & weak alkali chemical particles, electroplating auxiliary materials, industrial inorganic salts, water treatment chemicals, metallurgical pickling additives, corrosive chemical powders; applied in fine chemical plants, environmental protection reagent factories and metallurgical auxiliary processing plants.