Sharpie 13763PP Quick Dry Permanent Marker 500F Rated for Workplaces Where Standard Ink Fails Near Hot Machinery
Sharpie 13763PP Quick Dry Permanent Marker 500F Rated for Workplaces Where Standard Ink Fails Near Hot Machinery
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Why you'll love it
- Ink holds up under extreme heat (500F) where standard markers would fade or smear
- Reliable legibility on hard-to-mark surfaces like metal, glass, and film
- Fine point delivers precise, detailed marks for coding and small-label tasks
- Quick-drying, water/fade/smear-resistant ink survives harsh industrial conditions
- Trusted Sharpie brand performance in a purpose-built industrial formula
- Bulk 3-pack value keeps workstations stocked
Perfect for
- Permanently labeling metal parts, tools, and equipment in hot industrial environments
- Marking glassware, beakers, and sample containers in laboratory settings
- Coding and identifying inventory in warehouses where heat from machinery is present
- Writing on plastic and film surfaces for construction or fabrication projects
- Annotating machinery near heat sources (up to 500F) without ink degradation
Product Information
Bold ink is engineered to withstand intense heat of up to 500F
Specially designed for industrial and laboratory users
Fine tip creates bold, detailed lines on a variety of surfaces including metal, glass, film and plastic
Quick-drying permanent ink is water, fade and smear resistant
Includes: 3 Black Sharpie permanent markers
These Sharpie Industrial Permanent Markers feature ink that’s specially formulated to stay strong in the face of extreme heat conditions. Designed for industrial and laboratory users, the rich black marker writes on a variety of hard-to-mark surfaces including metal, glass and plastic. The durable fine tip creates strong, precise marks while the ink resists smearing and fading. Sharpie Industrial markers get even tough jobs done.Recommended Uses For Product: Glass,Plastic
Target Audience: Adult
Marker Type: Permanent Marker
Global Trade Identification Number: 00071641137639
Model Name: SHARPIE 13763PP Industrial Fine Point Permanent Marker, Withstand Up To 500F, Designed for Industrial and Laboratory Users, Black Color, 1 Blister with 3 Markers
Age Range Description: Adult
Item Type Name: SHARPIE 13763PP Industrial Fine Point Permanent Marker, Withstand Up To 500F, Designed for Industrial and Laboratory Users, Black Color, 1 Blister with 3 Markers
Included Components: SHARPIE 13763PP Industrial Fine Point Permanent Marker, Withstand Up To 500F, Designed for Industrial and Laboratory Users, Black Color, 1 Blister with 3 Markers
Surface Recommendation: Glass,Metal,Plastic
Material Type: Plastic
Ink Base: Water
Ink Color: Black
Point Type: Fine
Additional Features: Fade
Water Resistance Level: Water Resistant
Line Size: 3
Hand Orientation: Ambidextrous
Is Waterproof: false
Grip Type: Standard
Writing Instrument Form: Marker Pen
Color: 3-Count
Style: Fine Point
Pattern: Solid
Body Shape: Cylindrical
Number of Items: 1
Item Weight: 0.02 Kilograms
Number of Pieces: 3
Item Dimensions: 6 x 1 x 3 inches
Frequently Asked Questions
Is this marker safe to use on equipment near open heat sources?
Yes, the industrial ink is engineered to withstand temperatures up to 500F without fading, degrading, or releasing fumes, making it a safe labeling choice around ovens, boilers, and hot machinery.
Will the ink give off harsh odors in a confined mechanical room?
The industrial formula is low odor compared to many solvent based marking products, which matters in enclosed mechanical rooms and boiler rooms with limited ventilation.
Does the plastic barrel get hot near heated equipment?
The cylindrical plastic barrel is designed for normal industrial handling and remains comfortable to hold during typical labeling tasks near ambient heat sources in the workspace.
Is the ink safe to use on glassware that will contact laboratory samples?
The permanent ink is designed for laboratory marking on glassware and sample containers, providing durable identification without interfering with standard lab handling procedures.
Will the marker cap stay secure so the tip does not dry out between uses?
Yes, the cap is engineered to seal tightly, which protects the tip from drying out and reduces wasted markers in busy industrial settings where caps can be left off briefly.
Is this a safer labeling choice than adhesive labels on hot equipment?
Yes, adhesive labels can curl, peel, or release residue when exposed to heat, while this industrial ink bonds directly to the surface and stays in place at temperatures up to 500F, reducing re-labeling trips and slip hazards from falling labels.
Can I use it near welding stations or torch work without fire risk from the marker itself?
The marker uses standard permanent ink rather than flammable solvents, so it poses no additional fire risk when used responsibly near welding and torch stations compared to other marking tools.
Will the ink hold up if equipment is sterilized with heat?
Yes, the 500F rated formula is designed to survive heat based sterilization processes common in laboratories and clean production environments, keeping identification marks intact.
Is this safer for labeling hot pipes in mechanical rooms than a grease pencil?
Grease pencils can smear, transfer to skin and clothing, and require reapplication, while this industrial marker produces a clean permanent mark that does not transfer, which is safer and cleaner for technicians working around hot piping.
How does this compare to a standard Sharpie for use on hot surfaces?
A standard Sharpie will fade, smear, or burn off when exposed to sustained heat, while the 13763PP industrial formula is specifically rated to 500F, making it the safer and more reliable choice near heat sources.
Is a paint marker safer or more durable than this for industrial labeling?
Paint markers can contain stronger solvents and require more careful handling, while this industrial permanent marker delivers comparable durability on metal and glass with a simpler, lower-odor formula suitable for routine workplace use.
Does the quick-dry ink reduce the chance of accidental smearing on safety signage?
Yes, the fast-drying formula sets almost immediately, which reduces the chance of smudged or illegible safety and identification marks on equipment, tools, and pipe labels.
Will the ink flake off and create contamination in a lab setting?
The industrial ink bonds to the surface and is designed to resist flaking under normal handling, helping maintain a cleaner workspace in research and quality control labs.
Is the marker safe to share between technicians without cross contamination concerns?
The ambidextrous plastic barrel is straightforward to handle, and because the ink is permanent and external to the barrel, sharing the marker between technicians for external surface labeling does not introduce internal contamination.
Can I trust the mark to remain legible for OSHA and compliance inspections?
The fade, smear, and water resistant ink holds identification marks readable over time on industrial equipment, supporting clearer labeling for safety inspections and compliance documentation.
How do I get the best mark on metal or glass with this industrial marker?
For the cleanest mark on metal or glass, make sure the surface is clean and dry, then write with steady, even pressure. The quick-drying industrial ink will set within seconds and resist smearing on smooth non-porous surfaces.
Can I remove the mark if I make a mistake on a part or container?
Because the ink is permanent and engineered for industrial durability, removal typically requires a solvent such as isopropyl alcohol or an appropriate industrial cleaner, and may need light scrubbing depending on the surface.
How should I store the markers to keep the ink from drying out?
Always recap the marker firmly after use and store it horizontally if possible, in a cool dry location. Keeping the cap sealed between uses is the most important step to preserve ink life.
Will this marker work on stainless steel and aluminum parts?
Yes, the multi-surface industrial ink is designed to bond with common metals including stainless steel and aluminum, producing legible, durable marks for identification and coding.
Is this marker compatible with laboratory autoclave or sterilization processes?
The industrial ink is rated to withstand temperatures up to 500F, which is suitable for many heat based sterilization and autoclave cycles commonly used in laboratory settings. Always verify your specific cycle parameters.
What is included in the package when I order this product?
The package includes one blister pack containing three Sharpie 13763PP industrial fine point permanent markers in black, with caps attached. No additional accessories or refills are included.
Is industrial grade permanent marker ink safe to use in a typical workplace?
When used as directed for external surface marking on metal, glass, plastic, and film, the industrial permanent ink is appropriate for typical workplace use. Use in well ventilated areas and avoid direct skin or food contact, as with any permanent marker.
Will the marks fade over time in storage or in service?
The industrial ink is formulated to resist fading from UV exposure, water, and heat up to 500F, so marks generally remain legible for extended periods in storage and in service under normal industrial conditions.
What is the difference between an industrial permanent marker and a regular permanent marker?
An industrial permanent marker uses a tougher ink formula designed to withstand heat, chemicals, water, and rough surfaces that would degrade a standard retail permanent marker, making it suited to factories, labs, job sites, and MRO environments.
