PIB 10 is obtained by polymerization of an isobutene rich stream with specific catalysts. Product is composed predominantly of aliphatic mono-olefins. PIB 10 is a non-toxic polymer.
PIB 122 is obtained by polymerization of an isobutene rich stream with specific catalysts. Product is composed predominantly of aliphatic mono-olefins. PIB 122 is a non-toxic polymer.
PIB 128 is obtained by polymerization of an isobutene rich stream with specific catalysts. Product is composed predominantly of aliphatic mono-olefins. PIB 128 is a non-toxic polymer.
PIB 24 is obtained by polymerization of an isobutene rich stream with specific catalysts. Product is composed predominantly of aliphatic mono-olefins. PIB 24 is a non-toxic polymer.
PIB 240 is obtained by polymerization of an isobutene rich stream with specific catalysts. Product is composed predominantly of aliphatic mono-olefins. PIB 240 is a non-toxic polymer.
PIB 30 is obtained by polymerization of an isobutene rich stream with specific catalysts. Product is composed predominantly of aliphatic mono-olefins. PIB 30 is a non-toxic polymer.
PIB 32 is obtained by polymerization of an isobutene rich stream with specific catalysts. Product is composed predominantly of aliphatic mono-olefins. PIB 32 is a non-toxic polymer.
PIB 4 is obtained by polymerization of an isobutene rich stream with specific catalysts. Product is composed predominantly of aliphatic mono-olefins. PIB 4 is a non-toxic polymer.
PIB 6 is obtained by polymerization of an isobutene rich stream with specific catalysts. Product is composed predominantly of aliphatic mono-olefins. PIB 6 is a non-toxic polymer.
PIB 8 is obtained by polymerization of an isobutene rich stream with specific catalysts. Product is composed predominantly of aliphatic mono-olefins. PIB 8 is a non-toxic polymer.
UNILENE® A100 is a thermoplastic resin with a low molecular weight obtained through catalytic polymerization of hydrocarbons by continuous process, pastillated in pearls-shaped and presented in soft yellow colored scale. Compatible with the most solvents ...Vea Mas
UNILENE® A100 is a thermoplastic resin with a low molecular weight obtained through catalytic polymerization of hydrocarbons by continuous process, pastillated in pearls-shaped and presented in soft yellow colored scale. Compatible with the most solvents and polymeric materials. Vea Menos
UNILENE® A80 is a thermoplastic resin with a low molecular weight obtained through catalytic polymerization of hydrocarbons by continuous process, pastillated in pearls-shaped and presented in soft yellow colored scale. Compatible with the most solvents a...Vea Mas
UNILENE® A80 is a thermoplastic resin with a low molecular weight obtained through catalytic polymerization of hydrocarbons by continuous process, pastillated in pearls-shaped and presented in soft yellow colored scale. Compatible with the most solvents and polymeric materials. Vea Menos
UNILENE® A90 is a thermoplastic resin with a low molecular weight obtained through catalytic polymerization of hydrocarbons by continuous process, pastillated in pearls-shaped and presented in soft yellow colored scale. Compatible with the most solvents a...Vea Mas
UNILENE® A90 is a thermoplastic resin with a low molecular weight obtained through catalytic polymerization of hydrocarbons by continuous process, pastillated in pearls-shaped and presented in soft yellow colored scale. Compatible with the most solvents and polymeric materials. Vea Menos
UNILENE® B100 is a thermoplastic resin with a low molecular weight obtained through catalytic polymerization of hydrocarbons by continuous process, pastillated in pearls-shaped and presented in soft yellow colored scale. Compatible with the most solvents ...Vea Mas
UNILENE® B100 is a thermoplastic resin with a low molecular weight obtained through catalytic polymerization of hydrocarbons by continuous process, pastillated in pearls-shaped and presented in soft yellow colored scale. Compatible with the most solvents and polymeric materials. Vea Menos
UNILENE® B110 is a thermoplastic resin with a low molecular weight obtained through catalytic polymerization of hydrocarbons by continuous process, pastillated in pearls-shaped and presented in soft yellow colored scale. Compatible with the most solvents ...Vea Mas
UNILENE® B110 is a thermoplastic resin with a low molecular weight obtained through catalytic polymerization of hydrocarbons by continuous process, pastillated in pearls-shaped and presented in soft yellow colored scale. Compatible with the most solvents and polymeric materials. Vea Menos
UNILENE® B120 is a thermoplastic resin with a low molecular weight obtained through catalytic polymerization of hydrocarbons by continuous process, pastillated in pearls-shaped and presented in soft yellow colored scale. Compatible with the most solvents ...Vea Mas
UNILENE® B120 is a thermoplastic resin with a low molecular weight obtained through catalytic polymerization of hydrocarbons by continuous process, pastillated in pearls-shaped and presented in soft yellow colored scale. Compatible with the most solvents and polymeric materials. Vea Menos
UNILENE® BS130 is a thermoplastic resin with a low molecular weight obtained through catalytic polymerization of hydrocarbons by continuous process, pastillated in pearls-shaped and presented in soft yellow colored scale. Compatible with the most solvents...Vea Mas
UNILENE® BS130 is a thermoplastic resin with a low molecular weight obtained through catalytic polymerization of hydrocarbons by continuous process, pastillated in pearls-shaped and presented in soft yellow colored scale. Compatible with the most solvents and polymeric materials. Vea Menos
UNILENE® BS140 is a thermoplastic resin with a low molecular weight obtained through catalytic polymerization of hydrocarbons by continuous process, pastillated in pearls-shaped and presented in soft yellow colored scale. Compatible with the most solvents...Vea Mas
UNILENE® BS140 is a thermoplastic resin with a low molecular weight obtained through catalytic polymerization of hydrocarbons by continuous process, pastillated in pearls-shaped and presented in soft yellow colored scale. Compatible with the most solvents and polymeric materials. Vea Menos
JRS offers partnership in market-driven, flexible assistance contract manufacturing. Special tasks with particular requirements can also be implemented by JRS thanks to modular, adaptable plant and machinery. Tests with new products within the scope of pi...Vea Mas
JRS offers partnership in market-driven, flexible assistance contract manufacturing. Special tasks with particular requirements can also be implemented by JRS thanks to modular, adaptable plant and machinery. Tests with new products within the scope of pilot projects can be implemented with various contract manufacturing partners. JRS offers the adjustment of dosage forms for different materials e.g. plastic. Experienced application know-how is coupled with a broad range of mechanical process engineering: Fine milling, cryogen milling, fractionation, compacting, mixing, homogenizing, sieving, agglomeration, pelletizing, granulation, air classification, coating and drying.
The range of the mechanical process engineering is supplemented by different additional modifications and services, like encapsulation, colouring and retarding As a systems and technology partner, JRS offers contract manufacturing for individual customer needs at German sites in Pattensen and Rosenberg. Furthermore sites in the global production network are also available. Vea Menos
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