What surfaces can BoltMate markers write on?
BoltMate markers are engineered for extreme versatility. They work flawlessly on wet, oily, rusty, or smooth metal, as well as concrete, construction wood, and industrial rubber. Our ink chemistry ensures a high-contrast mark on both dark and light materials.
How permanent are the markings?
Our industrial-grade pigments are designed to bond molecularly with the surface. Once dry, they are resistant to high-pressure water washing, UV ray exposure, and most common industrial chemicals like solvents or hydraulic fluids.
What is the average drying time?
Our "Quick-Dry" technology is optimized for fast-paced work environments. Markings typically become smudge-proof within 30 to 60 seconds. On non-porous surfaces like polished steel, it may take slightly longer depending on the humidity.
Can BoltMate markers withstand extreme heat?
Yes. BoltMate's specialized high-heat series is rated to maintain legibility in environments up to 200°C (392°F). This makes them ideal for fabrication, welding prep, and automotive engine component marking.
Do you offer bulk pricing for large projects?
We certainly do. BoltMate supports large-scale industrial projects with tiered wholesale pricing. Whether you are a construction firm or a hardware distributor, contact our sales department for a customized bulk quote.
Are the markers refillable or disposable?
To maintain the integrity of our anti-clogging valve system and pigment consistency, BoltMate markers are currently designed as high-performance disposable units. This ensures that every mark is as high-quality as the first one.
Where do you ship from and what are the times?
We ship globally from our centralized distribution hubs. Domestic orders typically arrive within 3-5 business days, while international shipping to major industrial regions usually takes 7-12 business days.
How should I store my markers for long life?
For the best results, store your BoltMate markers horizontally in a cool, dry place. Always listen for the "click" when recapping to ensure the airtight seal is engaged, preventing the valve from drying out.