Texnology® CH01 Hydrogen Peroxide Stabilizer uses excellent adsorption and chelation to trap heavy metal ions, gives outstanding hydrogen peroxide stability, and is an ideal raw material for making peroxide stabilizers. It is a new type of non-silicate stabilizer that withstands high temperature, strong alkali, and oxidation, is non-toxic, and works on cotton, linen, viscose, and their blends in oxygen bleaching. It stabilizes peroxide better than sodium silicate, leaves no silica scale, and gives fabrics high whiteness with a soft hand feel. It chelates metal ions like iron and copper well, which prevents fiber damage and holes during bleaching. It disperses soils effectively, improving washing efficiency. It works in one-bath desize-scour-bleach processes, cold pad-batch, and conventional oxygen bleaching. When used with a chelating dispersant, it clearly improves the dispersant’s effect and also prevents scale, helping keep equipment clean. Finally, it resists high temperatures, stays stable over a wide pH range, is non-foaming, and easy to biodegrade.
Cold pad-batch process for cotton woven fabric:
Pad the fabric with cold pad-bath liquid (pick-up 100%). Bale for 20–24 hours. Wash, then do a light oxygen bleach.
Recipe (unit: g/L):
NaOH: 40–60
H₂O₂ (25%): 10–20
Alkali-resistant penetrant: 6–10
Hydrogen peroxide stabilizer: 6–10
Chelating dispersant: 2–4
One-bath desize-scour-bleach process for cotton knitted fabric:
Set pH at 10–11. Run at 98°C for 60 minutes.
Recipe (unit: g/L):
NaOH: 2–5
H₂O₂ (25%): 2.5–5
Chelating dispersant: 1–3
Hydrogen peroxide stabilizer: 2–4
Scouring penetrant: 1–3



Fill out the form below, and we will be in touch shortly.