Stahl

Natural low-fogging fatliquors

Natural fatliquors are a proven choice for lubricating leathers. Besides their low-fogging properties, our versatile natural fatliquors offer solutions for medium to extreme levels of softness. Stahl’s natural fatliquors help tanners produce leathers for a variety of market segments, including upholstery, garment and shoe and leather goods. They are part of our sustainable Stahl Neo® leather chemicals portfolio which complies with the ZDHC MRSL.

ProductTypeMain features
Corilene® N60 liqFatliquor based on oxi-sulphited fish oilVery high quality marine oil based fatliquor, with a very low odour - Deep level of softness.
Derminol® APSC liqSulphited natural oilsMain fatliquor on automotive upholstery leather.
Derminol® CFS liqSulphited natural & synthetic oilsExtremely low fogging properties and excellent softening - very high light fastness and heat-resistance.
Derminol® CNR liqSulphited natural & synthetic softening agentsPenetrates deeply into the leather fibres, giving a high degree of inner softness with a round handle and a low residual odour.
Derminol® CST liqSulphated fatliquor based on natural and synthetic oilsClassic leathers such as glazed, box and vegetable type uppers.
Derminol® NLM liqSulphated fatliquor based on phospholipids & other softening agentsExcellent softening ability - Smooth grain, low density and round feel.
Derminol® SPE liqFatliquor based on oxi-sulphited fish oilCan be used on a wide range of leathers including automotive upholstery - Deep level of softness.
Lipoderm® Liquor A1 NewSulphited esters based on renewable raw materialsFor fatliquoring very soft leathers, such as garment leather, nappa upper leather and all types of milled leathers.
Lipoderm® Liquor LASpecially modified lecithinSilky surface texture and a handle which is pleasantly soft, full and supple.
Lipoderm® Oil N1Raw native oilAction comparable to neat’s foot oil - On all types of chrome-tanned leather, especially shoe upper leather.
Lipoderm® Liquor WNSulfited natural oil based on lanolinWaxy surface handle - Reduced wettability and water absorption - Fullness and tight grain.

Low-odor fatliquoring with Corilene® N60 liquid

Corilene® N60 liquid is a natural fatliquor with a very low odor. It is based on oxi-sulphated fish oil and has a deep level of softness and high-electrolyte stability. Corilene® N60 liquid is particularly suited for upholstery leathers.

Versatile Derminol® solutions for natural fatliquoring

Stahl’s versatile Derminol® portfolio contains a variety of natural fatliquors that each have specific properties. This makes them suitable for different types of leather:

  • Derminol® APSC liquid is the main fatliquor for automotive upholstery leathers.

  • For producing leather with high heat resistance and lightfastness, we recommend Derminol® CFS liquid, which also has excellent softening properties.

  • Derminol® CNR liquid has excellent penetration, increasing inner softness with a round handle and low residual odor.

  • Derminol® SPE liquid can be used on a wide range of leathers, including automotive upholstery and garments.

  • For leather with a smooth grain, round feel and low density, Derminol® NLM liquid is a very suitable fatliquor.

Lipoderm® fatliquoring solutions for leather with a tight break

Our Lipoderm® natural fatliquors are especially suitable in the production of leather with a tight break.

  • Lipoderm® liquor A1 New is based on renewable raw materials. This makes it a responsible choice for the fatliquoring of very soft leathers, such as garment leathers, nappa upper leather and milled leathers. If you are looking to produce leather with a soft, full and supple handle, we recommend Lipoderm® Liquor LA, which creates a silky surface texture.

  • Our Lipoderm® portfolio also contains solutions which are especially suitable for shoes and leather goods. Lipoderm® Oil N1 is a raw native oil which is especially suitable for shoe uppers. Lipoderm® Liquor WN is a sulfited natural oil. It has a waxy surface handle, which reduces the wettability and water absorption.