About Brass Knock-in Inserts
Brass Knock-in Inserts
We are manufacturer and exporter of Brass Knock-in Inserts. We have wide range available in brass inserts. We can provide in Round Inserts, Hex Inserts, Square Inserts, Knurling Inserts, Threaded Inserts and as per customer's requirement.
Material
Free Cutting Brass IS 319 Type (l)
Free Cutting Brass as per BS 249 Type(I)
Generally Free Machine Grade of CuZn37Pb3 equivalent to BS 2874 is used to manufacture various brass threaded inserts in form of round, Hexagon, Square etc
Other grades which are followed as per custom requirements are CZ 121, CZ 131, C3604, CDA 360, and DTD 627 etc
High Grade Free Cutting Brass.
Any Special Brass Material Composition as per customers requirement
Threads
ISO Metric (MM Threads)
BA Threads
BSW Threads (Inches)
UNC, UNF,UNEF and NPT Threads
BSP & BSPT (Parallel & Taper Threads)
Any threads as per specifications
Features
Thread as per international Go and Not Go Gauge Standard.
Deep Groove for maximum Pull out Resistance.
Inner Diameter (ID) after threading with very close tolerance to prevent unrequired flush to enter into brass inserts.
Application
Plastic Industry
Rubber Industry
Electronic Industry
Electrical Industry,etc...
Precision Fastening SolutionsOur Brass Knock-in Inserts deliver exceptional grip and tensile strength for diverse assembly tasks in wood, plastics, and soft metals. Self-tapping design ensures secure installation and long-lasting durability, making them essential for demanding environments.
Customizable for Varied NeedsAvailable in sizes from M3 to M12, with custom lengths and knurling types, these inserts cater to unique project requirements. Choose natural, nickel, or chrome plating finishes to meet specific aesthetic or corrosion resistance demands.
Reliable Performance and ComplianceEngineered to RoHS standards, these inserts withstand operating temperatures from -10C to 120C and offer ultimate tensile strength up to 450 MPa. Manufactured in India, our facilities deliver up to 5000 pieces per hour, ensuring consistent quality and timely supply.
FAQs of Brass Knock-in Inserts:
Q: How are Brass Knock-in Inserts installed in various materials?
A: Brass Knock-in Inserts are installed using a simple hammer-in process. This direct method allows the self-tapping insert to grip securely into wood, plastics, or soft metals without the need for pre-threading or special tools.
Q: What knurling options are available, and how do they enhance grip?
A: You can choose between straight and diamond knurling types. Both enhance the inserts grip and anti-rotation features within the host material, ensuring a secure and strong hold during and after installation.
Q: When should I select custom sizes or specifications for these inserts?
A: Custom sizes and specifications are recommended when your application requires non-standard thread types, diameters, or lengths. This flexibility ensures precise fit and optimal performance for specialized projects.
Q: Where can Brass Knock-in Inserts be used effectively?
A: These inserts are ideal for use in applications involving wood, plastics, and soft metals. Common industries include furniture manufacturing, electrical assemblies, and plastics fabrication where high grip and easy installation are critical.
Q: What process should be followed for bulk orders and packaging?
A: For bulk orders, a minimum order quantity of 1000 pieces applies. Inserts are securely packed in boxes or cartons to ensure safe transit and easy handling upon delivery.
Q: How does the feature of self-tapping benefit installation and performance?
A: The self-tapping feature allows the insert to cut its own thread during installation. This reduces time, ensures robust anchoring, and eliminates the need for pre-threading the base material, optimizing workflow efficiency.
Q: What are the advantages of choosing these inserts regarding strength and durability?
A: Brass Knock-in Inserts offer high load capacity (up to 250 kg) and excellent tensile strength (up to 450 MPa). Their corrosion-resistant brass construction and robust design guarantee reliability in both indoor and outdoor environments.