Specialty Resins (RTM / Infusion, Coiling, Pultrusion)

Polimal® 104 N-1

non-accelerated, orthophthalic unsaturated polyester resin for the production of products reinforced with glass fibers or mineral fillers by winding, as well as for polymer concrete

Benefits :

  • good wetting of glass material
  • excellent mechanical parameters
  • high temperature resistance (HDT) and bending resistance

 

Polimal® 104 N-1 P

accelerated, orthophthalic unsaturated polyester resin for the production of products reinforced with glass fibers or mineral fillers by winding, as well as for polymer concrete

Benefits :

  • good wetting of glass material
  • excellent mechanical parameters
  • high temperature resistance (HDT) and bending resistance

 

Polimal® 104 N-1 INF

non-accelerated, orthophthalic unsaturated polyester resin for RTM and infusion

Benefits :

  • good wetting of glass material
  • excellent mechanical parameters
  • high temperature resistance (HDT) and bending resistance

 

Polimal® 142

non-accelerated, terephthalic unsaturated polyester resin used in the production of compounds, BMC. It is characterized by high technological and mechanical parameters.

Polimal® 1053 P INF

Pre-accelerated, medium elastic and low viscosity DCPD-based unsaturated polyester resin for RTM and infusion applications. It is characterized by high wetting of glass material.

 

Polimal® 1055 B

medium resilient unsaturated polyester resin based on DCPD. Contains an amine accelerator. It is characterized with high stability. It is used in the production of fillers.

 

Polimal® 101-37 B

orthophthalic unsaturated polyester resin, of medium elasticity and high stability. Contains an amine accelerator. It is used in the production of fillers.

 

Polimal® 1058 P

Pre-accelerated, medium elastic, low viscosity unsaturated polyester resin based on DCPD for the production of closed mold fiberglass (RTM).

Benefits :

  • high wettability of glass material and filler
  • low styrene emissions compared to orthophthalic resins
  • high thermal stability

 

Polimal® 1058 P-2

Pre-accelerated, medium elastic, unsaturated polyester resin based on DCPD for the production of closed mold fiberglass (RTM).

Benefits :

  • high wettability of glass material and filler
  • low styrene emissions compared to orthophthalic resins
  • high thermal stability

 

Polimal® 1059-00

non-accelerated, unsaturated, medium reactive polyester resin based on DCPD, intended for the production of products by pultrusion.

Benefits :

  • high manufacturability
  • good wettability of glass material
  • lower styrene emissions compared to standard orthophthalic resins
  • good curing characteristics

 

Polimal® 1607, 1607 INF

Thixotropic, non accelerated resin, halogen free. Used in the production of flame retardant laminates for rail applications.
Polimal 1607 – Recommended for manual application.
Polimal 1607 INF – version for RTM and infusion.
In a system with Gelcoat 1600P, it meets the R1 requirements of the EN 45545-2 standard for levels HL1 and HL2.

 

Polimal® 2701

non-accelerated, highly reactive orthophthalic polyester for the production of products by pultrusion.

Benefits :

  • high manufacturability
  • good wettability of glass material
  • good mechanical parameters
  • high HDT

 

Polimal® 1222

non-accelerated, medium-reactive unsaturated isophthalic polyester resin for the production of products by pultrusion.
Recommended for the production of parts with high chemical resistance as well as high temperature resistance (HDT) and water resistance.

 

Polimal® 122-2 LP

non-accelerated isophthalic unsaturated polyester resin for the production of products by pultrusion. Contains additive for low shrinkage.
It is characterized by resistance to hydrolysis and low water absorption.

 

Polimal® 1050 WTP LV

accelerated, thixotropic, orthophthalic unsaturated polyester resin modified by DCPD, with color curing indicator for lamination on polystyrene.

Benefits :

  • high technological properties
  • good wetting of glass material
  • does not affect the polystyrene layer