15% Glass Bead Reinforced, Polybutylene Terephthalate Compound Key Features: ENESTER EM-180-GB2-J1-000 is heat stabilized PBT compound with good strength and stiffness properties Process Method: Injection moulding Uses: Recommended for general aplications and purposes

30% Glass Bead Reinforced, Polybutylene Terephthalate Compound Key Features: ENESTER EM-180-GB5-J1-000 is heat stabilized PBT compound with good strength and stiffness properties Process Method: Injection moulding Uses: Recommended for general applications and purposes

15% Glass Fibre Reinforced , Polybutylene Terephthalate Compound Key Features: ENESTER EM-180-GR2-J1-000 is heat stabilized PBT compound with good strength and stiffness properties Process Method: Injection moulding Uses: Recommended for general applications and purposes

30% Glass Fiber Reinforced, Polybutylene Terephthalate Compound Key Features : ENESTER EM-180-GR5-J1-000 is heat stabilized and lubricated PBT compound with good strength and stiffness properties Process Method: Injection moulding Uses: Recommended for general purpose aplications

50% Glass Fibre Reinforced, Polybutylene Terephthalate Compound Key Features: ENESTER EM-180-GR9-J1-000 is heat stabilized and lubricated PBT compound with good strength and stiffness properties Process Method: Injection moulding Uses: Recommended for general applications and purposes

Unfilled, General Purpose Polybutylene Terephthalate Compound Key Features: ENESTER EM-182-UF0-N0-000 is a general purpose PBT compound with excellent strength and stiffness properties Process Method: Injection moulding Uses :Recommended for general applications in automotive,electrical and appliance sector

Unfilled, Medium Impact Modified, Polybutylene Terephthalate Compound Key Features: EENESTER EM-451-UF0-J1-000 is heat stabilized PBT compound with excellent toughness and stiffness balance Process Method: Injection Molding Uses: Recommended for general applications

Unfilled, High Impact Modified, Polybutylene Terephthalate Compound Key Features: ENESTER EM-453-UF0-J1-000 is heat stabilzed PBT compound with excellent toughness and stiffness balance Process Method: Injection Moulding Uses: Recommended for general applications

30% Glass Fibre Reinforced, Halogen Free, Polybutylene Terephthalate Compound Key Features: ENESTER EM-555-GR5-V0-000 is UL 94 FR V0, high lubricant and heat stabilized PBT compound with good mechanical and impact strength properties Process Method: Injection moulding Uses: Recommended for E&E and automotive applications

15% Glass Fibre Reinforced, Halogenated Flame Retardant, Polybutylene Terephthalate Compound Key Features: ENESTER EM-584-GR2-V0-000 is UL 94 FR V0, heat stabilized PBT compound with good mechanical property balance and impact properties Process Method: Injection moulding Uses: Recommended for general applications and purposes

30% Glass Fibre Reinforced, Halogenated Flame Retardant, Polybutylene Terephthalate Compound Key Features : ENESTER EM-584-GR5-V0-000 is UL 94 FR V0, high lubricated and heat stabilized PBT compound with good impact and stifness properties Process Method: Injection moulding Uses: Recommended for automotive applications

Unfilled, Halogenated Flame Retardant, Polybutylene Terephthalate Compound Key Features: ENESTER EM-584-UF0-F0 is a UL 94 FR V0 flame retardant, heat and UV stabilized PBT compound with good mechanical property properties Process Method: Injection moulding Uses: Recommended for general applications & purposes

RavaBio 1020 S is a low flow bio polyester compound based, developed for blow film applications and packaging industry. RavaBio 1020 S is considered as compostable compound.

RavaBio 1220 S is a low flow bio polyester compound based, developed for blown film applications and for packaging industry. RavaBio 1220 S is considered a compostable compound.

RavaBio 1220 ST is a low flow polyester compound based, developed for blow film applications and packaging industry. RavaBio 1220 ST is considered a compostable compound

RavaBio 1430 S is a low flow bio polyester compound based, developed for blown film applications and packaging industry. RavaBio 1430 S is considered a compostable compound.

RavaBIO 42 T 10 I is a mineral filled, bio polyester compound, developed for injection molding applications for the packaging industry. Excellent surface and properties. RavaBIO 42 T 10 I is considered as compsotable compound and it can be recycable.

RavaBIO 72 T 10 I is a mineral filled, bio polyester compound, developed for injection moulding applications for the packaging industry. Excellent surface and properties. RavaBIO 72 T 10 I is considered as compostable compound, 100% bio-based.

RavaBio 91 T 20 S is a mineral filled, bio polyester - TPS compound, developed for injection molding applications for the packaging industry. Excellent surface and properties. RavaBio 91 T 20 S is considered as compostable compound.