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SS CONE POINT GRUB SCREW

SS CONE POINT GRUB SCREW Specification

Thread Type
Metric / UNC / UNF

Surface Treatment
Plain / Passivated

Grade
A2-70 / A4-80

Tensile Strength
700 - 800 MPa

Finish
Bright / Natural

Corrosion Resistant
Yes, suitable for harsh environments

Head Type
Headless (Socket) Screw

Torque
4-42 Nm (Depending on diameter)

Feature
Precision machined, High torque resistance

Thickness
As per Standard or Custom

Shape
Cylindrical

Load Capacity
Up to 2000 N (Varies by size)

Diameter
M2 to M20

Standard
DIN 914 / ISO 4027

Drive Type
Hex (Allen)

Capacity
High holding strength

Hardness
Rockwell B80 - C35

Fasteners Type
Grub Screw / Set Screw

Material
Stainless Steel (SS 304 / SS 316)

Tolerance
0.01 mm

Application
Engineering, Machinery, Automotive, Construction

Point Type
Cone Point

Inspection
100% Visual and Dimensional Inspection

Stock Availability
Ready Stock / Custom Order

Reusable
Yes

Temperature Resistance
Up to 400C

Thread Pitch
Fine/Coarse as per requirement

Compliance
RoHS / REACH Compliant

Length
3 mm to 100 mm

Manufacturing Process
Cold Forged / CNC Machined

Packaging
Bulk in Polybags/Cartons

About SS CONE POINT GRUB SCREW

Stainless Steel Cone Point Grub Screws are precision-engineered fastening components designed for secure and permanent positioning of parts in mechanical assemblies. Manufactured from premium-grade stainless steel, these screws offer excellent strength, durability, and superior resistance to corrosion, rust, and harsh environmental conditions, making them suitable for both indoor and outdoor applications.

Featuring a headless design with an internal hex (Allen) drive and a sharp cone-shaped tip, SS Cone Point Grub Screws are specifically designed to penetrate the contact surface, providing a strong and permanent grip. The cone point ensures precise alignment and prevents movement or slipping, making them ideal for applications where accurate positioning is critical.

These screws are widely used in machinery, shafts, gears, pulleys, collars, and precision engineering components where strong holding power and vibration resistance are required. Their design allows them to lock securely into place, even under dynamic loads and rotational forces.

Available in various sizes and stainless steel grades such as SS 202, SS 304, and SS 316, Stainless Steel Cone Point Grub Screws meet diverse industrial requirements, including applications exposed to moisture, chemicals, and demanding environments. With their sharp locking action, robust construction, and long service life, they are a reliable choice for permanent and high-precision fastening solutions.

Precision Engineering and Optimal Strength

SS Cone Point Grub Screws are designed for applications where precision, durability, and reliable holding power are critical. Featuring a cone point for accurate engagement and enhanced penetration, these screws are precision-machined and cold-forged for high strength and perfect dimensional tolerance. Their high tensile strength and torque resistance ensure long service life even under demanding conditions.

Versatile Applications in Varied Industries

These set screws are ideal for fixing components in engineering, machinery, construction, and automotive sectors. Their corrosion-resistant nature makes them suitable for both indoor and outdoor use, even in aggressive environments. High-grade stainless steel and advanced surface treatments guarantee product longevity with minimal maintenance required.

Customizable Solutions and Dependable Supply

Available in a comprehensive range of diameters, lengths, and threading types, we accommodate both standard and custom requirements. Orders are delivered in bulk polybags or cartons, ensuring safe transit and storage. With ready stock availability and 100% inspection, you receive reliable, RoHS and REACH-compliant fasteners, tailored precisely to your technical needs.

FAQ's of SS CONE POINT GRUB SCREW:

Q: How are SS Cone Point Grub Screws manufactured for precision and durability?

A: These screws are produced using cold forging and CNC machining, which ensures consistent dimensions, high holding power, and a tolerance of up to 0.01 mm. Each batch undergoes 100% visual and dimensional inspection to maintain superior quality.

Q: What are the main benefits of using cone point grub screws in harsh environments?

A: Manufactured from stainless steel (SS 304/SS 316), these fasteners offer excellent corrosion resistance, can withstand temperatures up to 400C, and exhibit high hardness and tensile strength, making them suitable for aggressive and high-load applications.

Q: When should I select a cone point over other point types for set screws?

A: Cone point grub screws are ideal when you require concentrated holding force and precise positioning, such as in securing gears or pulleys to a shaft. The pointed tip embeds securely into the work piece, providing superior grip and resistance to loosening.

Q: Where are these SS cone point grub screws commonly used?

A: They are predominantly used in engineering assemblies, machinery, automotive systems, and construction projects to securely hold or position mechanical components. Their design supports applications requiring strong, reusable, and headless fasteners.

Q: What customization options are available for diameter, length, and finish?

A: We offer a wide range of diameters (M2-M20), lengths (3 mm-100 mm), thread types (metric/UNC/UNF), and finishes (bright/natural, plain, or passivated). Customized solutions are available based on specific requirements or industry standards.

Q: How does the inspection process ensure product reliability?

A: All grub screws undergo thorough 100% visual and dimensional inspections, verifying each unit's conformance to prescribed standards for size, threading, and finish. This rigorous process ensures that every product delivered meets high-quality and performance criteria.

Q: What is the recommended usage for optimal performance and reusability?

A: For best results, install using a hex (Allen) drive to apply the appropriate torque (from 4 to 42 Nm, depending on size). They are reusable if not over-torqued or damaged, maintaining their gripping capabilities over multiple assemblies and disassemblies.