Exothermic blowing agent mixture (100% active). PVC extrusion, especially for tin stabilised free foam sheets... view more

Luvopor 1417-40 DB-PVC by Lehmann & Voss acts as an exothermic blowing agent mixture. It is a 40% PVC carrier for tin stabilized free foam sheets. Luvopor 1417-40 DB-PVC is suitable for processing... view more

Powder mixture. Celuka-profiles in combination with bicarbonate. PVC plastisols applications... view more

Luvopor 571 is an exothermic blowing agent mixture. It is suitable for PVC plastisol applications... view more

Exothermic blowing agent mixture, 100% active. Multi-purpose grade for PVC... view more

Exothermic blowing agent mixture with activator (50% PVC carrier). Multi-purpose grade for PVC... view more

Exothermic blowing agent mixture, 100% active. Recommended for Celuka profiles in combination with bicarbonate... view more

Endo/exothermic blowing agent mixture. Foaming of rigid-PVC with Celuka-method... view more

Luvopor ABF 10-P is azodicarbonamide grade which acts as blowing agent. It is used in plastisol applications... view more

Luvopor ABF 70-P-FF by Lehmann & Voss is azodicarbonamide grade, acts as foaming or blowing agent. It is suitable for plastisol applications... view more

LUVOPOR® OB Paste by Lehmann & Voss is a 20% mineral oil-based 4,4’-oxybis(benzene-sulphonylhydrazide. Acts as a blowing agent... view more

LUVOPOR® TSH Paste by Lehmann & Voss is a 25% mineral oil based toluene sulphonylhydrazide. Acts as a blowing agent. Used in plastisol applications... view more

Heat expandable polymeric microspheres with a wide range of performance characteristics. Acts as a filler. Expand to form a low density sphere, creating unique and often, improved end-product... view more

Micropearl™ F-50D by Lehmann & Voss is heat expandable polymeric microspheres with a wide range of performance characteristics. Acts as a filler. Expand to form a low-density sphere, creating unique and often... view more

Heat expandable polymeric microspheres with a wide range of performance characteristics. Expand to form a low density sphere, creating unique and often, improved end-product properties. Offers very... view more