Product Description:

The Jinhan cam lock fitting is made of Cold Rolled Steel, a high-quality material that gives it strength and durability. As a result, the product can withstand heavy loads and remain intact even after prolonged periods of use. The material used also makes it resistant to corrosion, ensuring that it maintains its quality and appearance for longer.

The cam lock fitting comes with a Zinc/Nickel Plated finish, which further enhances its durability and resistance to corrosion. The finish also gives it an aesthetic appeal, making it a great option for furniture that requires an attractive appearance. Additionally, the finish makes the product easy to clean, ensuring that it maintains its appearance for longer.

The cam lock fitting is an OEM (Original Equipment Manufacturer) product, which means that it is available for customization. This feature allows buyers to modify the product to suit their particular needs, ensuring that they achieve their desired outcome. The OEM option also ensures that buyers get a unique product that meets their specific requirements.

The cam lock fitting is easy to use and install, making it a great option for both DIY enthusiasts and professionals. The product comes with clear instructions that make it easy to understand and use, ensuring that buyers can install it with ease. The simplicity of installation also ensures that the product can be installed on furniture panels without damaging them.

JINHAN FURNITURE CONNECTOR E-CATALOGUE .pdf

Features:

• Product Name: cam lock fitting
• Panel supported: 15-18mm Thickness
• Product Type: Furniture Hardware
• Assemble: Easy
• OEM: Available
• ODM: Available

Technical Parameters:

Packing Method:

3000/4000/5000pcs per carton or as per your requirements.

Why Choose Us?

JINHAN produces cam lock fitting for furniture with high quality carbon cold rolled steel. We have taken the lead in the industry when minifixes are still being made with zinc alloy globally, so why do we use cold rolled steel to produce them?
When it comes to furniture fittings, carbon cold-rolled steel offers significant advantages over zinc alloy in terms of cost-effectiveness, aesthetics, strength, and durability. Here's why:

1. Cost and Price Stability:
Cold-rolled steel boasts a substantial cost advantage, with raw material prices roughly one-fourth that of zinc alloy. Additionally, steel prices tend to be more stable, ensuring predictable budgeting and sourcing.

2. Superior Appearance and Fit:
Cold-rolled steel components are typically manufactured through stamping and polishing processes, resulting in exceptionally smooth and flat surfaces. In contrast, zinc alloy fittings are often die-cast, which can lead to surface inconsistencies, lower flatness, and reduced contact area with mating furniture panels. This can compromise the overall fit and stability of the connection.

3. Enhanced Strength and Torque:
Cold-rolled steel exhibits superior strength, with fittings capable of withstanding torque levels exceeding 12 Nm. Conversely, traditional zinc alloy fittings typically manage only around 8 Nm and are more susceptible to breakage and fracture due to their lower material strength.

4. Long-Term Durability and Corrosion Resistance:
The application of a corrosion-resistant electroplated coating on cold-rolled steel fittings ensures long-term protection against oxidation and rust. Zinc alloy, lacking this protective layer, is prone to oxidation over time, ultimately leading to weakening and potential failure.

Application:
Our Cam lock fitting for furniture are versatile and widely used in various applications. They are ideal for assembling flat-pack furniture, making them a popular choice for DIY enthusiasts and professional furniture makers alike. These connectors are commonly used in the construction of cabinets, wardrobes, shelves, and other modular furniture pieces. Their ease of use and reliable locking mechanism make them suitable for both residential and commercial furniture projects. Additionally, Minifix connectors are often utilized in office furniture, display units, and shop fittings due to their ability to provide strong and stable joints while allowing for easy disassembly and reassembly.

Support and Services:
The JINHAN cam lock fitting for furniture is available for OEM and ODM orders, as well as logo customization. The locks undergo a 24H/48H salt spray test to ensure their durability and longevity. The minimum order quantity is 10,000 pieces, and the price is negotiable based on the order quantity. The locks are packaged by carton and have a supply ability of 5,000,000 pieces per month. Delivery time is 15-30 days, and payment terms include T/T and L/C.

FAQ
Customer: Are you factory?
JINHAN: Yes, our company was founded in 2018, located in Foshan City, Guangdong Province. We are dedicated to the manufacture of hardware furniture connectors.

Customer: What is your price terms?
JINHAN: Normally FOB(free on board), CIF(cost insurance and freight), EXW

Customer: What is your payment terms?
JINHAN: Generally T/T 30% deposit, the balance should be paid by T/T before shipment or against B/L scan copy within 3 days.

Customer: How can I visit your factory or office?
JINHAN: Welcome you visit our factory or office for business negotiation. Please try to contact our staff first by email or telephone. We will make the soonest appointment and arrangement the pick up.

Customer: Can you produce the goods as customer design?
JINHAN: Welcome you send us the design or sample, we will calculated the cost and unit price to you in soonest.

Customer: May I get your sample for free?
JINHAN: Usually our samples are free of charge, but if you want more samples or the unit price of the samples is higher, you may need to pay the sample fee, but if you place a formal order to our company later, the sample fee will be returned. In addition, the shipping cost of the samples should usually be borne by you.

Customer: How about the products packing?
JINHAN: Packing as the different products and different size, we have professional export design packing for our customer's request.