Feature(may vary by option.)

●[Dimensions] - Diameter: #6 | Length: 0.47" | Thread Diameter(T): 0.138 inch | Thread Type: Coarse (standard) | Head: Truss | Drive: Phillips #2 | Quantity: 100 pcs | Material: 18-8 (A2) Stainless Steel
●[Premium Rust-Resistant Material] - Discover the unmatched strength of TPOHH multipurpose wood screws, forged from high-grade 18-8 (A2) stainless steel known for its superior rust-resistant properties. The black anti-corrosive coating ensures durability, having surpassed 500 hours in salt spray tests, promising longevity in even the harshest environments, including applications involving ACQ-treated lumber.
●[Truss Head Phillips Design] - Experience the brilliance of Truss Head Phillips design with TPOHH screws, bringing not just superior hold but also a polished finish to your projects. Ensuring both aesthetics and functionality, they are the secret to a secure and beautiful outcome, be it in woodworking or household fixtures.
●[Easy and Secure Installation] - Ease your installation process with our multipurpose screws, perfect for both beginners and professionals. The full-threaded design promises a secure fit, offering a hassle-free installation experience. To prevent wood splitting, consider pre-drilling holes when necessary, paving the way for a flawless setup.
●[Versatile Use for Various Projects] - Choose TPOHH self-tapping wood screws for a versatile solution to your diverse project needs. Whether its home improvements or woodworking, they provide the ideal balance of strength and ease of use, becoming an essential in your toolkit for a wide array of applications, encouraging a job well done with every use.

[#6 X 1 inch Black 100]




[#6 X 1  & 2 inch Black 100]





Description

18-8 (A2) Stainless Steel Truss Head Phillips Wood Screws, Black Full Thread Self-Tapping Screw18-8 (A2) Stainless Steel Truss Head Phillips Wood Screws, Black Full Thread Self-Tapping Screw
TPOHH Black Truss Head Phillips Screws

Where Durability Meets Design

Made from 18-8 (A2) stainless steel, known for exceptional corrosion resistance. Further enhanced with a black anti-corrosive coating, tested rigorously with over 500 hours in salt spray tests.

Truss Head Phillips Design: Ensures a polished finish to your projects while guaranteeing superior hold.

SPECIFICATIONS:

Size #6, Thread Diameter(T): 0.138 inch
Quantity 100 Pieces
Head Truss Head
Drive Phillips
Tapping Screw Type A/AB
Drive size #2
Category Wood screws
Head style Truss
Drive type Phillips
Head diameter Max 0.303"
Head diameter Min 0.321"
Head height 0.086"
Head Type Rounded

Fastener Description

TPOHH #8 Black Oxide Flat Head Torx/Star Wood ScrewsTPOHH #8 Black Oxide Flat Head Torx/Star Wood Screws

Black Torx/Star Wood Screws

TPOHH Stainless Steel 18-8 (A2) Wood Screws, Black Flat Head Phillips Full Threaded ScrewTPOHH Stainless Steel 18-8 (A2) Wood Screws, Black Flat Head Phillips Full Threaded Screw

Black Phillips Wood Screws

Sheet Metal Screws 410 Stainless Steel Pan Head Fast Self Tapping Screw by TPOHHSheet Metal Screws 410 Stainless Steel Pan Head Fast Self Tapping Screw by TPOHH

Fast Self Tapping Screws

Drive Style(s)

Star Drive

Drive Style(s)

Phillips drives

Drive Style(s)

Phillips drives

Thread Type(s)

Sharp cutting threads to provide a better hold

Thread Type(s)

Sharp cutting threads to provide a better hold

Thread Type(s)

Sharp cutting threads to provide a better hold

Recommended Environment

Primarily used for wood applications(Indoor and outdoor)

Recommended Environment

Primarily used for wood applications(Indoor and outdoor)

Recommended Environment

Primarily used for wood or metal applications(Indoor and outdoor)

Material

18-8 (A2) Stainless Steel and have a Black Oxide Coating

Material

18-8 (A2) Stainless Steel and have a Black Oxide Coating

Material

410 Stainless Steel

Does the black coating provide this screw with electrical insulation? Is the screw conductive?

Its just a coating and definitely will conduct electricity.

Where are these screws manufactured?

China

Why is 18-8 stainless steel or 304 stainless steel magnetic?

  • The acquisition of weak magnetic properties in 18/8 and 304 stainless steels post-precision processing is attributed to the microstructural alterations induced during such operations. Both these stainless steels are variants of austenitic stainless steel, primarily composed of iron, 18% chromium, and 8% nickel. Inherently, austenitic stainless steels exhibit non-magnetic characteristics.
  • However, during cold working processes such as bending, stamping, cutting, or other forms of mechanical deformation, the austenitic microstructure undergoes partial transformation. This transformation leads to the emergence of martensitic or ferritic phases within the steel, both of which are magnetic in nature.
  • Furthermore, thermal fluctuations inherent in processing techniques can also promote the austenitic to martensitic phase transition. This phenomenon is further exacerbated by stress-induced martensitic transformation, where the applied pressure during processing facilitates this phase shift.
  • Consequently, the once non-magnetic austenitic stainless steel begins to exhibit weak magnetic properties due to the presence of these newly formed martensitic regions. It is important to note that this magnetism is typically feeble and does not compromise the chemical properties or corrosion resistance of the material. The occurrence of magnetism in these stainless steels, following processing, is a physical alteration and should not be misconstrued as a material defect.
  • It is crucial to be cautious of stainless steel products that do not exhibit weak magnetism after precision processing, as they may potentially be made of 201 stainless steel. 201 stainless steel is a type of austenitic stainless steel with low nickel(approximately ranging from 3.5% to 5.5%) and high manganese content. Due to its lower nickel content, it is relatively less expensive, but correspondingly, it has inferior corrosion resistance and weldability compared to higher nickel austenitic stainless steels, such as 304 or 18-8 stainless steel. Therefore, using a magnet to test stainless steel is not a scientifically valid method.