Polyurethane Additives

• Release agent for complex plastics
   
• High release properties
• Low pollution degree
• Water based emulsion
• Mixable with other waxy formulations

• Release agent for microcellular PU foam
   
• Release agent concentrate for PU shoe soles
• MQ-resin formulation for specific applications

• PU flexible foam stabiliser
   
• Stabiliser for liquid CO2 blown as well as conventional flexible slabstock foam
• Very high open cell content
• For high density
• Si-O-C technology

• PU flexible foam stabiliser
   
• Stabiliser for conventional flexible slabstock foam
• High open cell content
• For low to high density
• Si-O-C technology

• PU flexible foam stabiliser
   
• Stabiliser for conventional flexible slabstock foam
• Good processing latitude
• For very low to high density
• Si-O-C technology

• PU flexible foam stabiliser
   
• Stabiliser for conventional flexible slabstock and box foam
• Perfect for polymeric polyols and/or fillers
• For extremely low to middle density
• Si-C technology

• Catalyst for flexible, rigid and semi-rigid foam
• 70 % Bis-(2-dimethylaminoethyl)ether in DPG

• Catalyst for 1-component foam
• CASE applications
• 2,2-Dimorpholinodiethylether

• Trimerisation catalyst
   
• Potassium acetate (potassium content 12 %)
• Trimerisation catalyst for rigid PIR foam
• Solvent: DEG

• Trimerisation catalyst
   
• Potassium acetate (potassium content 15 %)
• Trimerisation catalyst for rigid PIR foam
• Solvent: MEG

• Trimerisation catalyst
   
• Mixture of potassium octoate (60%) and potassium acetate (40%)
• Trimerisation catalyst for rigid PIR foam
• Solvent: DEG / MEG

• Trimerisation catalyst
   
• Potassium octoate (potassium content 14 %)
• Trimerisation catalyst for rigid PIR foam
• Strong reduced hydroxyl content
• Reduction of isocyanate consumption, esp. in high index application
• Solvent: Glycols

• Trimerisation catalyst
   
• Potassium octoate (potassium content 15 %)
• Trimerisation catalyst for rigid PIR foam
• Solvent: DEG

• Trimerisation catalyst
   
• Potassium octoate (potassium content 15 %)
• Trimerisation catalyst for rigid PIR foam
• Reduced viscosity for better handling
• Solvent: MEG

• Trimerisation catalyst
   
• Potassium propionate (potassium content 14 %)
• Trimerisation catalyst for rigid PIR foam
• Solvent: Glycols

♦ NEWS

• Trimerisation catalyst
   
• Mixture of potassium acetate (40%) and potassium propionate (60%)
• Trimerisation catalyst for rigid PIR foam
• Solvent: MEG

♦ NEWS

• Rigid foam stabiliser for 1-component foam (OCF)
   
• Universal stabiliser for all known technologies in 1-component foam (OCF)
• For all blowing agents
• Excellent performance in winter foam formulations
• Mainly straw foam

• Rigid foam stabiliser for 1-component foam (OCF)
   
• Primarily for gun but also suitable for conventional straw foam
• Excellent nucleation with optimized cell structure
• Good dimension stability
• Usable at low ambient temperatures without suffering in performance
• Good foam stabilization
• Low shrinkage

• Rigid foam stabiliser for continuous and discontinuous panels
   
• Stabiliser for continuous and discontinuous panels, especially for metal facing
• Mainly for pentane based PIR-foams with high loads of polyesterpolyol
• Suitable for biopolyols

• Rigid foam stabiliser for 1-component foam (OCF)
   
• Primarily for gun but also suitable for conventional straw foam
• Good nucleation
• Good dimension stability

• Rigid foam stabiliser for continuous and discontinuous panels and pipe insulation
   
• Stabiliser for continuous and discontinuous panels
• Excellent thermal properties
• Outstanding nucleation

• Rigid foam stabiliser for thermal insulation
   
• Stabiliser for thermal insulation
• Specifically designed for n/iso and cyclo-pentane blown foams

• Rigid foam stabiliser for microcellular foam
   
• Stabiliser for microcellular foam
• High efficiency
• Mainly for polyester and/or polyether shoe sole formulations
• Very fine cell structure
• Used in middle to high densities

• Rigid foam stabiliser for 2-component spray foam and panels

• Excellently suitable for foams with low density (2K)
• Compatible with different polyol types (2K)
• Suitable for 3. generation* blowing agents
• Wide production window (panel)

* HFC: Enovate 245fa, Solkane 365mfc, 365/227ea

• Rigid foam stabiliser for 2-component spray foam
   
• Stabiliser for 2-component spray foam
• Suitable for foams with middle to high density
• Mainly for roof-spray and pour in place applications
• Suitable for all common blowing agent as well as 4. generation* blowing agents

* HFC: Opteon (Formacel 1100), Solstice LBA

• Rigid foam stabiliser for thermal insulation and appliance applications
   
• Stabiliser for thermal insulation and appliance applications
• Mainly for appliance applications for c/i- and c-pentane blown foams
• Excellent flowability
• Highest demands on thermal conductivity

• Rigid foam stabiliser for 2-component spray foam
• For microcelluar foam for continuous and discontinuous panel and pipe insulation
   
• Stabiliser for 2-component spray foam
• For roof and pipe insulation
• Reduced shrinkage
• Good flame redardant performance
• Stabiliser for microcellular foam,  mainly for polyester shoe sole formulations
• Standard product for all types of panel production
• Ecomate compatible

• Rigid foam stabiliser for continuous and discontinuous panel and pipe insulation
   
• Stabiliser for 141b and water co-blown PU-systems
• Good performance in block foam production
• Stabiliser for continuous and discontinuous panels
• Suitable for 4. generation* blowing agents

* HFC: Opteon (Formacel 1100), Solstice LBA

• Rigid foam stabiliser for continuous and discontinuous panel and pipe insulation
   
• Stabiliser for continuous PIR panel and block foam production
• Improved flame retardant properties
• Also suitable for PUR panel applications
• Discontinuous panels

• Rigid foam stabiliser for continuous and discontinuous panel and pipe insulation
   
• Stabiliser for pentane and 141b blown continuous PIR and PUR panel and block foam production
• Especially high pentane level formulations
• Usable for panels with high thickness
• Excellent emulsification

• Rigid foam stabiliser for thermal insulation and applicance applications
   
• Stabiliser for thermal insulation and appliance applications
• Excellent cyclopentane compatibility
• Very good flowability
• Highest demand on thermal conductivity

• Rigid foam stabiliser for continuous and discontinuous panel and pipe insulation
   
• Stabiliser for pentane and 141b blown continuous PIR panel and block foam productions
• Also suitable for PUR panel applications
• Improved pentane emulsification

• Rigid foam stabiliser for continuous and discontinuous panel and pipe insulation
• Stabiliser for 141b blown continuous and discontinuous PUR/PIR panel and block foam production

• Rigid foam stabiliser for continuous and discontinuous panels

• Stabiliser for continuous and discontinuous panels, especially for metal facing
• Mainly for pentane based PIR-foams with high loads of polyesterpolyol

• Rigid foam stabiliser for thermal insulation and applicance applications

• Stabiliser for thermal insulation and appliance applications
• For all pentane blown appliance applications
• Perfect surface quality
• Very good flowability
• Highest demand on thermal conductivity and compressive strength
• Compatible with all common polyol systems

• Rigid foam stabiliser for 1-component foam (OCF)

• Gun and straw foam
• Mainly for formulations with propane/butane/DME and their mixtures with 134a

• Catalyst for PU flexible foam
• Solution of 33.3 % triethylenediamine in DPG

• Catalyst for flexible, rigid and semi-rigid foam
• 70 % Bis-(2-dimethylaminoethyl)ether in DPG

• Catalyst for PU flexible foam
• Stannous octoate