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Turbo Fuse Methyl for Metals

1 of 55 products in this brand
Turbo Fuse Methyl for Metals is advanced formula is designed to polymerize instantly by absorbing surface moisture and is specifically formulated to bond various metals including aluminum, stainless steel, and copper, to itself and to a variety of materials including wood, balsa wood, rubber, plastics and leather. Applications include wiper blades, nameplates, gearshift indicators, aerospace parts, automotive and machinery parts, electronic components, transportation equipment, etc.

Product Type: 1K (1 component) Adhesive

Application Area: Machine Parts, Name Plates, Wiper Blades

Compatible Substrates & Surfaces: Aluminum, Copper, Elastomers & Rubbers, Leather, Metal, Stainless Steel, Wood

Chemical Family: Cyanoacrylates

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Knowde Enhanced TDS

Identification & Functionality

Chemical Family

Applications & Uses

Application Instructions
  • All surfaces must be clean, dry, dust and grease free. Lightly abrading surfaces immediately before bonding will achieve best results
  • If using an accelerator, apply to one component surface only. Apply thin film of adhesive to the other surface and brind pieces together immediately
  • When bonding “O” rings, cut a fresh surface onto each end of the rubber to gain the best possible strength

Properties

Appearance
Clear liquid, Clear hard (Cured)
Soluble in
Acetone, MEK, Amide, Methylene Chloride
Physical Properties
ValueUnitsTest Method / Conditions
Base CompoundMethyl cyanoacrylate
Viscosity75 to 95cPs
Specific Gravity1.05
Flash Point176 - 200°FTagliabue closed cup
Typical Properties
ValueUnitsTest Method / Conditions
Average Set Time (Full Cure 24 hours, Metal)10 - 15seconds
Average Set Time (Full Cure 24 Hours, Plastic)10 - 15seconds
Average Set Time (Full Cure 24 Hours, Rubber)10 - 15seconds
Average Strength (Steel)25.0N/mm²
Loctite® Equivalent430.0
Permabond® Equivalent910.0
Chemical Resistance
ValueUnitsTest Method / Conditions
Initial Strength Retained for Isopropanol (at 22ºC, 500hrs)85%
Initial Strength Retained for Gasoline (at 22ºC, 500hrs)80%
Initial Strength Retained for Motor Oil (at 40ºC, 500hrs)90%
Initial Strength Retained for Mineral Spirit (at 22ºC, 500hrs)90%
Initial Strength Retained for Isopropanol (at 22ºC, 1000hrs)85%
Initial Strength Retained for Gasoline (at 22ºC, 1000hrs)75%
Initial Strength Retained for Motor Oil (at 40ºC, 1000hrs)90%
Initial Strength Retained for Mineral Spirit (at 22ºC, 1000hrs)90%
Cured Properties
ValueUnitsTest Method / Conditions
Gap Filling0.2mm
Service Temperature-60 to 80°C
Tensile Shear Strength13 - 20N/mm²
Full Cure Time24hrs
Melting Point160 - 170°C
Shear Strength (Grit Blasted Steel)min. 20N/mm²ASTM D 1002/DIN 53283
Shear Strength (Etched Aluminum)min. 20N/mm²ASTM D 1002/DIN 53283
Shear Strength (Stainless Steel)min. 20N/mm²ASTM D 1002/DIN 53283
Shear Strength (Copper)min. 13N/mm²ASTM D 1002/DIN 53283
Shear Strength (Polycarbonate)min. 10N/mm²ASTM D 1002/DIN 53283
Shear Strength (ABS)min. 5N/mm²ASTM D 1002/DIN 53283

Regulatory & Compliance

Quality Standards

Technical Details & Test Data

Material Set Up Time
Aluminum to Aluminum 40 to 60 seconds
Stainless Steel to Stainless Steel 30 to 60 seconds
Copper to Copper 10 to 20 seconds
SBR to SBR 10 to 15 seconds
Steel to Steel 10 to 30 seconds
Steel to PVC 15 to 20 seconds
PVC to PVC 3 to 10 seconds

Storage & Handling

Shelf Life
1 Year