ADDNox BR 170 BPE:

Breathable Compound for Blown Film Applications

Product Description

ADDNox BR 170 BPE is an advanced polyethylene-based breathable compound
developed with for manufacturing high-performance microporous films through the
blown film process. Engineered with proprietary polyolefin technology, the compound
offers exceptional mineral filler dispersion, excellent melt strength, and controlled
microporous structure formation during stretching. The resulting films combine
outstanding breathability, superior mechanical properties, excellent softness, and
consistent film quality with desired level of moisture barrier.

Technical Specifications

 

PropertyTypical ValuesTest Meathod
AppearanceNatural white pelletsVisual
Base PolymerPolyethyleneInternal
Density g/cm 31.4 – 1.7ASTM D 792
Melt Flow Index (MFI) gm/10min1-3ASTM D 1238
Moisture %0.01 – 0.1ASTM D 6980
Pellet Size3-4 mmInternal

Applications

  • Baby diaper backsheet
  • Adult incontinence products
  • Feminine hygiene products
  • Medical gowns
  • Sterile packaging wraps
  • Surgical drapes
  • Protective coveralls
  • Disposable healthcare products
  • Agricultural breathable films

Key Benefits

Designed for high-speed blown film extrusion, ADDNox™ BR170 BPE provides a
broad processing window, stable bubble formation, reduced film breaks, and
excellent productivity, making it the preferred choice for hygiene, medical, protective
apparel, and industrial breathable film applications.

ADDNox BR 172 CPE:

Breathable Compound for Cast Film Applications

Product Description

ADDNox BR 172 CPE is an advanced polyethylene-based breathable compound developed for manufacturing high-performance microporous films through the Cast film process. Engineered with proprietary polyolefin technology, the compound offers exceptional mineral filler dispersion, excellent melt strength, and controlled microporous structure formation during stretching. The resulting films combine outstanding breathability, superior mechanical properties, excellent softness, and consistent film quality with desired level of moisture barrier.

Technical Specifications

 

PropertyTypical ValuesTest Meathod
AppearanceNatural white pelletsVisual
Base PolymerPolyethyleneInternal
Density g/cm 31.4 – 1.7ASTM D 792
Melt Flow Index (MFI) gm/10min1-3ASTM D 1238
Moisture %0.01 – 0.1ASTM D 6980
Pellet Size3-4 mmInternal

Applications

  • Baby diaper backsheet
  • Adult incontinence products
  • Feminine hygiene products
  • Medical gowns
  • Surgical drapes
  • Protective coveralls
  • Disposable healthcare products
  • Agricultural breathable films

Key Benefits

Designed for high-speed blown film extrusion, ADDNox™ BR170 BPE provides a broad processing window, stable bubble formation, reduced film breaks, and excellent productivity, making it the preferred choice for hygiene, medical, protective apparel, and industrial breathable film applications.

ADDNox BR 972 EPP:

Breathable Compound for Extrusion PP Film Applications

Product Description

ADDNox BR 972 EPP is an advanced polypropylene-based breathable compound developed for the manufacture of high-performance microporous extrusion films. Engineered with a proprietary polyolefin technology, the compound ensures excellent mineral filler dispersion, superior melt stability, and uniform pore development during the orientation process. The resulting films exhibit an excellent balance of breathability, mechanical strength, stiffness, toughness, and dimensional stability with desired level of moisture barrier.

Technical Specifications

 

PropertyTypical ValuesTest Meathod
AppearanceNatural white pelletsVisual
Base PolymerPolypropyleneInternal
Density g/cm 31.4 – 1.7ASTM D 792
Melt Flow Index (MFI) gm/10min3-6ASTM D 1238
Moisture %0.01 – 0.1ASTM D 6980
Pellet Size3-4 mmInternal

Applications

  • Baby diaper backsheet
  • Adult incontinence products
  • Feminine hygiene products
  • Medical gowns
  • Surgical drapes
  • Protective coveralls
  • Disposable healthcare products
  • Agricultural breathable films

Key Benefits

ADDNox BR 972 EPP enables manufacturers to achieve controlled moisture vapor transmission(MVTR), consistent film quality, and reliable high-speed processing. It is an ideal solution for hygiene, medical, protective apparel, industrial, and specialty breathable film applications where performance, productivity, and product consistency are critical.