Sika Icosit KC 340/65, Polyurethane grout for embedded tracks heavy load, Exterior, Grey
SIKA
Sika is a global leader in specialty chemicals for the construction and industrial sectors. The company develops and supplies innovative products and systems for bonding, sealing, damping, reinforcing, and protecting structures. With a strong focus on sustainability and performance, Sika serves a wide range of applications including concrete production, waterproofing, roofing, flooring, and structural strengthening.
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2-part polyurethane grout for continuous embedded tracks with high axle loads Sika® Icosit® KC 340/65 is a flexible 2-part polyurethane polymer resin grout that can be applied manually or by machine. It is designed as a vibration absorbing, load-bearing, flexible grout for fixing grooved or T–rails onto concrete slabs, steel bridge decks and tunnel invert slabs. Particularly suitable for embedded (floating) rail designs.
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UsageAs a noise and vibration reducing grout for continuous embedded grooved or T–rails and road crossing applications.Advantages
Packaging
ColourGrey |
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Technical Information
Shore A Hardness
70 ± 5 (after 28 days) (ISO 868) Shore hardness assists with material identification and assessing the curing progress on site.
Compressive stiffness
Load-Deflection Diagram* Static stiffness determined according to DIN 45673-1. Test specimen dimensions: 1,000 x 180 x 25 mm (pure material value measured without rail) Preload: 1,000 N Testing speed: 2 kN/s Maximum load: 50 kN Bedding figure kstat = ~192 [(kN/mm)/m] (±10 %)*, determined as per the secant method between 8 and 32 kN. *Deviation of the bedding figure and the curve are ±10%.
Tensile Strength
~3.0 N/mm2 (ISO 527)
Electrical Resistivity
~5.48 × 109 Ω·m (DIN VDE 0100-610 and DIN IEC 93)
Service Temperature
-40 °C minimum / +80 °C maximum short term +150 °C maximum
Chemical Resistance
Long-term resistant against: Temporary resistant against: Short-term or no resistance against: Contact Sika Technical Services for specific information. |
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Application Information
Mixing Ratio
Part A : Part B = 100 : 15 (parts by weight)
Layer Thickness
Minimum 15 mm Maximum 60 mm
Product Temperature
Condition product parts before application preferably at ~+15 °C to assist with flow and curing speed
Ambient Air Temperature
+5 °C min. / +35 °C max.
Relative Air Humidity
90 % max.
Substrate Temperature
+5 °C min. / +35 °C max
Substrate Moisture Content
Dry to matt damp
Pot Life
~8 minutes at +20 °C After this time, the mixture becomes unusable. Higher temperatures will shorten pot life.
Curing Time
Tack-free ~2 hours at +20 °C Trafficable ~12 hours at +20 °C
Curing Rate
Waiting Time / Overcoating
On primer or coating at +20 °C
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The above design is only a sample of the options available, for reference purposes only. Our policy of continuous improvement may result in a change of specifications without notice. If any discrepencies might be between the data sheet values and standards, we reserve the rights to make technical changes. Our company will not be held responsible, as all or any of pictures, drawings, weights and dimensions details or other elements in this document are only indicative and must not be considered contractual. Contact our sales team for other specifications or custom made products.
Contact our sales team for other specifications or custom made products.|
2-part polyurethane grout for continuous embedded tracks with high axle loads Sika® Icosit® KC 340/65 is a flexible 2-part polyurethane polymer resin grout that can be applied manually or by machine. It is designed as a vibration absorbing, load-bearing, flexible grout for fixing grooved or T–rails onto concrete slabs, steel bridge decks and tunnel invert slabs. Particularly suitable for embedded (floating) rail designs.
|
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
UsageAs a noise and vibration reducing grout for continuous embedded grooved or T–rails and road crossing applications.Advantages
Packaging
ColourGrey |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Technical Information
Shore A Hardness
70 ± 5 (after 28 days) (ISO 868) Shore hardness assists with material identification and assessing the curing progress on site.
Compressive stiffness
Load-Deflection Diagram* Static stiffness determined according to DIN 45673-1. Test specimen dimensions: 1,000 x 180 x 25 mm (pure material value measured without rail) Preload: 1,000 N Testing speed: 2 kN/s Maximum load: 50 kN Bedding figure kstat = ~192 [(kN/mm)/m] (±10 %)*, determined as per the secant method between 8 and 32 kN. *Deviation of the bedding figure and the curve are ±10%.
Tensile Strength
~3.0 N/mm2 (ISO 527)
Electrical Resistivity
~5.48 × 109 Ω·m (DIN VDE 0100-610 and DIN IEC 93)
Service Temperature
-40 °C minimum / +80 °C maximum short term +150 °C maximum
Chemical Resistance
Long-term resistant against: Temporary resistant against: Short-term or no resistance against: Contact Sika Technical Services for specific information. |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Application Information
Mixing Ratio
Part A : Part B = 100 : 15 (parts by weight)
Layer Thickness
Minimum 15 mm Maximum 60 mm
Product Temperature
Condition product parts before application preferably at ~+15 °C to assist with flow and curing speed
Ambient Air Temperature
+5 °C min. / +35 °C max.
Relative Air Humidity
90 % max.
Substrate Temperature
+5 °C min. / +35 °C max
Substrate Moisture Content
Dry to matt damp
Pot Life
~8 minutes at +20 °C After this time, the mixture becomes unusable. Higher temperatures will shorten pot life.
Curing Time
Tack-free ~2 hours at +20 °C Trafficable ~12 hours at +20 °C
Curing Rate
Waiting Time / Overcoating
On primer or coating at +20 °C
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