Excellent resistance to chemicals

• You can also use in important areas where the seal is in contact with various liquids
• Excellent resistance to motor oil, transmission fluid, coolant and antifreeze

Acid-free curing system

• Do not corrode, so it does not adversely affect the electronic components and lambda probes

The sealant in a can of compressed air

• It is easy to apply without the use of auxiliary tools
• Small balls allow evenly distribute the product

Note:

When sealing, eg oil pans and gearbox, it is important that the sealant does not enter into Therefore it is necessary to apply the sealant to the surface of the connecting piece Align both parts, then gently press your hands and gently slide relative to each other... then again divide the parts and remove the sealant, which was inside. again, align the parts are not more than 5 minutes, and tighten all the way. commissioning is only permitted after the complete sealant cure (cure time depends on the thickness of the layer).

• Tensile strength, conditions: in accordance with ASTM D-412
• Thermal conductivity λ: 0.2 J/(m * c * K)
• Thermal conductivity λ, conditions: In accordance with ASTM D-2214/70
• thermal expansion coefficient: 0.0002 1/K
• The coefficient of thermal expansion, the conditions: In according to ASTM EB-31
• Electrical breakdown strength of 16 kV/mm
• Dielectric strength, conditions: In accordance with ASTM D-149
• permittivity: 2,8
• permittivity, conditions: 1 MHz, ASTM D-150
• loss coefficient: 0,002
• loss coefficient, conditions: 1 MHz, ASTM D-150
• Specific resistance: 1000000000000000 ohms/cm
• Special-through resistance, conditions: in accordance with ASTM D- 257

• Contents: 200 ml
• Chemical basis: Silicone neutral cure for the oxime-based
• smell/aroma: characteristic
• time of skin formation min 5 min .:
• Skin formation time, conditions: at 23 ° C and relative humidity of 50%
• complete solidification speed: 3 mm/d
• full cure conditions: 23 ° C, RH 50% air..
• tensile strength, min .: 2.2 N/mm