M2.5 x 16mm Phillips Pan Head Screw DIN 7985H A2 Stainless Steel

M2.5 x 16mm Phillips Pan Head Machine Screws DIN 7985H - A2 Stainless Steel | Vital Parts - PPH7985H-M2.5-16-A2

Our Phillips Pan Head Machine Screws are precision-engineered fasteners designed for securely joining two or more components. These screws are ideal for use in a variety of applications, including construction, automotive, electronics and marine environments, where strong and reliable fastening is required. Commonly paired with washers and nuts, these screws ensure a firm and stable connection.

This product is manufactured to DIN 7985H standards from high-performance stainless steel, offering excellent strength and corrosion resistance. Our Phillips Pan Head Machine Screws are available in both A2 Stainless Steel (Equivalent to 304) and A4 Marine Grade Stainless Steel (Equivalent to 316), making them suitable for standard and harsh environmental conditions. Available in metric sizes ranging from M1.4 x 2 to M8 x 100, these screws are built to withstand medium to heavy loads.

What Are Phillips Pan Head Machine Screws?

Phillips Pan Head Machine Screws are a type of threaded fastener featuring a rounded, slightly domed head with a cross-recessed Phillips drive. They are designed for installation into pre-tapped holes or used in conjunction with nuts and washers for enhanced stability. These screws provide a secure hold while distributing pressure evenly, reducing the risk of damage to the fastened materials. They are widely used in mechanical, industrial and construction settings due to their ease of installation and strong hold.

Key Features & Technical Specifications:

• Thread Size - M2.5
• Thread Length - 16mm
• Pitch - 0.45mm
• Head Diameter - 5.00mm
• Head Height - 2.12mm
• Drive - #1
• Manufactured to DIN 7985H standard for quality assurance
• High-strength A2 stainless steel construction for excellent durability and making them ideal for indoor and outdoor use
• Designed with a Phillips drive for quick and easy installation
• Compatible with washers and nuts for additional fastening strength
• Available in a wide range of metric sizes from M1.4 x 2 to M8 x 100

Applications:

Our Phillips Pan Head Machine Screws are ideal for:

• Securing components in mechanical and industrial applications
• Fastening electrical enclosures and panel assemblies
• Construction and architectural installations requiring durable fixings
• Automotive and aerospace applications where vibration resistance is important

Benefits:

• High resistance to corrosion, ensuring long-lasting performance
• Strong hold with reliable fastening for medium to heavy-duty applications
• Versatile use across multiple industries and applications
• Easy to install with a Phillips drive for efficient assembly
• Compatible with various materials, including metal, plastic and wood
• Provides a smooth, professional finish to installations

Whether you need reliable fasteners for industrial use, marine applications, or general construction, our Phillips Pan Head Machine Screws are the perfect choice. These screws ensure a secure and lasting hold in any environment. Browse our full selection or get in touch with our team at 01233 713581 for assistance in choosing the right option for your needs.

Frequently Asked Questions (FAQ)

• What is the difference between A2 and A4 stainless steel? A2 stainless steel is ideal for everyday indoor and outdoor use while A4 stainless steel provides added resistance in marine and harsh environments. Read more here.
• How do I convert between ISO and DIN standards? DIN standards have been gradually replaced by ISO standards. To understand the conversion and equivalence tables, read our full guide here: DIN to ISO Conversion Guide.
• Where are Phillips Pan Head Screws commonly used? They are widely used in electronics, construction, automotive and marine applications where a neat pan head finish is required.
• Can they be used with washers and nuts? Yes, Phillips Pan Head Screws are commonly paired with washers and nuts to provide a secure fastening and distribute load evenly.