Description
UltraFast #12 x 8 in Phillips self-drilling screws (1,000-count)
Johns Manville UltraFast #12 x 8 in Phillips-head self-drilling screws are built for fast, dependable fastening in demanding roofing and construction applications. Supplied as a 1,000-count box to keep crews productive on larger jobs.
Key Features:
- Jobsite Efficiency: 1,000-count box helps reduce re-stocking on larger installs
- Fastening Performance: Self-drilling design helps speed installation through common substrates
- Secure Drive: Phillips head supports consistent bit engagement for controlled driving
- Commercial-Ready Supply: Bulk packaging ideal for contractors and maintenance teams
Please check the Product Data Sheet Here
Specifications Table:
| Specification | Details |
|---|---|
| Brand | Johns Manville |
| Screw Size | #12 |
| Length | 8 in |
| Drive Type | Phillips |
| Quantity per Package | 1,000 |
| Packaging | Box |
| Unit of Measure | BX (Box) |
| Category | Fasteners & Hardware |
| Subcategory | Self-Drilling Screws |
Frequently Asked Questions (FAQ):
Q: How many fasteners are included?
A: This product is packaged as 1,000 fasteners per box.
Q: What driver type do these use?
A: They are Phillips-head fasteners.
Q: Are these self-drilling screws?
A: Yes—this item is listed under Self-Drilling Screws.
Q: What size are the screws?
A: They are #12 screws with an 8-inch length.
Industrial precision, impeccably finished
There’s a quiet luxury in hardware that performs with absolute certainty—clean lines, confident bite, and a finish that reads intentionally industrial. These UltraFast Phillips fasteners bring a crisp, utilitarian edge to projects where structure is the design. Use them where exposed fastening becomes part of the aesthetic—think sleek utility walls, modern storage builds, or architectural exterior details. When the bones of a space are right, everything else feels effortlessly elevated.
Stock up on Johns Manville UltraFast #12 x 8 in Phillips self-drilling screws and keep your next big install moving without interruption.
