LPS
LPS 60159 Putty 4 oz Tube Dark Gray
Oil-based, hand-kneadable putty repairs metal, ceramic, concrete, fiberglass and wood, cures in one day and withstands -40 °F to 250 °F
- Hand-kneadable putty simplifies metal repairs
- Machinable and paintable finish matches original surface
- Withstands -40 °F to 250 °F operating range
- One-hour work time allows precise application
- Oil-based formula bonds ceramic, concrete, fiberglass, metal, wood
LPS 60159 Steel Putty 4 oz
This two-part epoxy putty comes in a 4 oz tube and cures to a dark gray finish that can be machined or painted. It is designed for permanent metal repairs and bonds to steel, iron, aluminium and other substrates. The material is hand-kneadable for easy shaping before it sets.
Suits metal repair jobs needing machining
Mechanics and fabricators who need a steel-filled compound that can be drilled, tapped or filed after cure will find this putty effective. It operates from -40 Degrees F to 250 Degrees F and reaches full strength in one day. Buyers who want a liquid adhesive, a faster cure or a non-machinable filler should look at something else.
Working time one hour
The putty provides a working time of 1 hr, giving enough time to mix, apply and shape the repair before it begins to harden. Full cure occurs in 1 day at room temperature. The product carries California Proposition 65 warnings for cancer and reproductive harm.
Highlights
- Hand-kneadable putty simplifies metal repairs
- Machinable and paintable finish matches original surface
- Withstands -40 °F to 250 °F operating range
- One-hour work time allows precise application
- Oil-based formula bonds ceramic, concrete, fiberglass, metal, wood
Specifications
| Brand | LPS |
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Questions about this item
What surface material is required for the LPS 60159 putty to bond properly?
The putty is designed for use on ceramic, concrete, fiberglass, metal, and wood surfaces.
Will the cured putty withstand the heat from an engine block that reaches 250 °F?
Yes, the maximum performance temperature is 250 °F, so it remains stable at that level.
How can I verify the repair has fully cured after application?
Full cure occurs in 1 day, after which the material becomes machinable and paintable.
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