MachineryOffers

Insulated Rail Joint Systems for Railways and Metros

Product details
Usage:Glass fiber reinforced epoxy matrix;Name:IRJ;
fatigue resistance:colour per demands;Type:Insulating joints;
Standard:ISO;Delivery Detail:60 days after payment;
Supply Ability:1000 Unit/Units per Month;Model Number:Customized;
Port:Shanghai;Brand Name:Exel;
Material:High quality Fiber glass;Payment Terms:L/C,T/T,MoneyGram;
Packaging Detail:Per customer demands;Place of Origin:Finland;
Application:railway;Dimensions (L x W x H) (mm):UIC;
Product name:fish plate;Keyword:insulation joint;
electrical insulation:high mechanical strength;

 

Insulated Rail Joint System is used as part of the signaling system in several countries and Exel is the market leader in full composite joint systems.

 

 The system consists of glass fibre reinforced joint which is designed according to the track, end plate and fastening system ( bolts).

 

 Exel joints have highest electrical insulation properties, high mechanical strength. Fatigue resistance is far above the fatigue properties of metals.

 

The design is based on extensive research and the know-how obtained has been proven over years of successful installations of thousands of joints in climate from tropical to arctic.

 

 

Fishplate

Spec. value

Tests acc.to

Construction

Glass fiber reinforced

epoxy matrix

N/A

Fiber Content

≥65 % by mass

ISO 1172

Bending strength

(Horizontal)

≥600 N/mm²

ISO 178, substrates acc.

to T-15222-01

Bending strength

(Vertical)

≥700 N/mm²

ISO 178, substrates acc.

to T-15222-01

Tensile strength

(Horizontal)

 

≥650 N/mm²

ISO 527, substrates acc.

to T-15222-01

 

Toughness

Shore D

 

≥90

ISO 868

Elastic bending modulus

(Vertical and horizontal)

≥25 000 N/mm²

ISO 178, substrates acc.

to T-15222-01

 

Water absorption

≤0,02 %

ISO 62

Impact strength

(Vertical and horizontal)

≥135 kJ/m²

ISO 179/1 A

Insulation resistance

≥1x10^11

IEC 167

 

Testing procedures are explained in affiliated standards. Manufacturing of substrates

has to be made by using care and proper tools maintaining required orientation.

Angular fault in samples will cause incoherent and inconsistent results that may be

under specification and do not represent the actual properties of the product.

 

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