PP10LGF
FRUV
PP + 10% LGF
Copolymer polypropylene reinforced with 10% modified long glass fiber.
10% long glass fiber10%
StructuralView sheet
Technical catalog
Line compounds
Line grades ready to process — backed by an engineering team ready to formulate yours when the catalog is not enough.
20 materials
- PP20LGFFRUV
PP + 20% LGF
Copolymer polypropylene reinforced with 20% modified long glass fiber.
20% long glass fiber20%StructuralView sheet - PP30LGFFRUV
PP + 30% LGF
Copolymer polypropylene reinforced with 30% modified long glass fiber.
30% long glass fiber30%StructuralView sheet - PP20GFFRUV
PP + 20% GF
Polypropylene reinforced with 20% modified glass fiber.
20% short glass fiber20%StructuralView sheet - PP30GFFRUV
PP + 30% GF
Polypropylene reinforced with 30% modified glass fiber.
30% short glass fiber30%StructuralView sheet - PA640GFFR
Nylon 6 + 40% GF
Polyamide 6 reinforced with 40% modified glass fiber.
40% glass fiber40%EngineeringView sheet - PA635GFFR
Nylon 6 + 35% GF
Polyamide 6 reinforced with 35% modified glass fiber.
35% glass fiber35%EngineeringView sheet - PA6620GFFR
Nylon 6,6 + 20% GF
Polyamide 6,6 reinforced with 20% modified glass fiber.
20% glass fiber20%EngineeringView sheet - PA6635GFFR
Nylon 6,6 + 35% GF
Polyamide 6,6 reinforced with modified glass fiber.
35% glass fiber35%EngineeringView sheet - PP20CCFR
PP + 20% CaCO₃
Copolymer polypropylene filled with 20% calcium carbonate.
20% calcium carbonate20%Mineral filledView sheet - PP20TLFR
PP + 20% Talc
Copolymer polypropylene filled with 20% talc.
20% talc20%Mineral filledView sheet - PP30GF20CCFR
PP + 30% GF + 20% CaCO₃
Copolymer polypropylene reinforced with 30% modified glass fiber and 20% calcium carbonate.
30% GF + 20% CaCO₃50%Mineral filledView sheet - TPOFRUV
PP + EPDM
Thermoplastic polyolefin with stiffness / impact balance.
Base matrixPP + EPDM
OlefinicView sheet - PC-ASAFRUV
PC + ASA
Polycarbonate with acrylonitrile styrene acrylate.
Base matrixPC + ASA
EngineeringView sheet - PC-ABSFRUV
PC + ABS
Polycarbonate with acrylonitrile butadiene styrene.
Base matrixPC + ABS
EngineeringView sheet - PC/ABS20GFFRUV
PC/ABS + 20% GF
Polycarbonate/ABS blend reinforced with 20% glass fiber: stiffness and dimensional stability with PC/ABS toughness.
20% glass fiber20%EngineeringView sheet - POMFRUV
Polyacetal
Polyacetal with high stiffness, low friction and dimensional stability.
Base matrixPOM
EngineeringView sheet - PBTFRUV
Polybutylene terephthalate
Polybutylene terephthalate with stiffness, dimensional stability and chemical resistance.
Base matrixPBT
EngineeringView sheet - PPcV0
PPc + FR V0
Copolymer polypropylene with V0-grade flame retardant, ready to process.
Base matrixPP copolymer
Ready-to-use FRView sheet - PPhV0
PPh + FR V0
Homopolymer polypropylene with V0-grade flame retardant, ready to process.
Base matrixPP homopolymer
Ready-to-use FRView sheet
Our own brand
NonFlame™Flame-retardant masterbatches
More than an additive: a risk-reduction solution. Formulated with a technical, reliable approach focused on real performance in process and final application.
Safety starts with the right material formulation.
14 line grades
Select by base resin. The dose is an indicative catalog range, not a guaranteed specification.
- Base resin
- Copolymer polypropylenePPc
- Recommended dose
- 5 – 25 %
- Presentation
- Pellet
- Base resin
- Homopolymer polypropylenePPh
- Recommended dose
- 5 – 25 %
- Presentation
- Pellet
- Base resin
- High-density polyethyleneHDPE
- Recommended dose
- 15 – 30 %
- Presentation
- Pellet
- Base resin
- PolycarbonatePC
- Recommended dose
- 10 – 25 %
- Presentation
- Pellet
- Base resin
- Polybutylene terephthalatePBT
- Recommended dose
- 10 – 25 %
- Presentation
- Powder
- Base resin
- PolyurethanePU
- Recommended dose
- 3 – 25 %
- Presentation
- Liquid
- Base resin
- Nylon 6 (polyamide 6)PA6
- Recommended dose
- 10 – 25 %
- Presentation
- Pellet
- Base resin
- Nylon 6,6 (polyamide 6,6)PA66
- Recommended dose
- 10 – 25 %
- Presentation
- Pellet
- Base resin
- Acrylonitrile butadiene styreneABS
- Recommended dose
- 15 – 25 %
- Presentation
- Pellet
- Base resin
- PolystyrenePS
- Recommended dose
- 10 – 25 %
- Presentation
- Pellet
- Base resin
- High-impact polystyreneHIPS
- Recommended dose
- 15 – 25 %
- Presentation
- Pellet
- Base resin
- Polyvinyl chloridePVC
- Recommended dose
- 10 – 15 phr
- Presentation
- Powder
- Base resin
- Ethylene-vinyl acetateEVA
- Recommended dose
- 15 – 20 %
- Presentation
- Pellet
- Base resin
- PVC plastisolPVC-P
- Recommended dose
- 8 – 15 %
- Presentation
- Liquid
phr = parts per hundred resin. Standard PVC convention; it is not equivalent to a weight percentage of the total.
Functional additives
Complementary masterbatches
Dimestab Hard
- Type
- UV stabilizer (masterbatch)
- Function
- Prevents degradation caused by radiation.
- Compatible with
- Polyolefins, polyamides, polyesters, vinyl polymers, polycarbonates, styrenics
Protopol
- Type
- Thermal stabilizer and antioxidant package
- Function
- Stability during processing.
- Compatible with
- Polyolefins
Reducycle
- Type
- Cycle time reducer
- Function
- Reduces cycle time in injection molding.
- Compatible with
- Polyolefins, polyesters, polyamides, ABS
Standards
The standards your market demands
We design the compound to reach the specific standards of your target market.
UL 94- What it evaluates
- Plastics flammability: HB, V2, V1, V0, 5VA, 5VB
- Where it applies
- NonFlame™ and PPcV0 / PPhV0 compounds
- Glow Wire
- What it evaluates
- Resistance to glow-wire ignition
- Where it applies
- Electrical and electronic applications
- ASTM E-84
- What it evaluates
- Surface flame spread and smoke development
- Where it applies
- Construction and building
REACH- What it evaluates
- Registration and restriction of chemicals (EU)
- Where it applies
- Halogen-free formulations
RoHS- What it evaluates
- Restriction of hazardous substances in EEE
- Where it applies
- Halogen-free formulations
ISO 9001:2015- What it evaluates
- Certified quality management system
- Where it applies
- Polidinámica's entire operation
The 2026 catalogs do not publish numeric property values (modulus, HDT, MFI, density), drying conditions, packaging, MOQ or prices. Request them from our technical team: they must not be inferred.
Contact engineering