DIgao cabinet drawer locks is manufactured to meet upholstery trends. It is finely fabricated by various processes, namely, materials drying, cutting, shaping, sanding, honing, painting, assembling, and so on. It is ideal for enhancing and extending the life of the furniture2.
This product offers the possibility to be used in a large range of applications, from events and rental up to fixed installations. A perfect blend of convenience and fashion is created by this product3.
The product will not release any toxic gas or odor during the barbeque. Even under high temperature, the 304 stainless steel material used in it meets the food grade standard and it's proved by related authorities that it is safe for barbeque uses. It features high quality and durable industry performance4.
The product is UV resistant. It has surface treatments that are used to enhance the sealing of the fabric that provides UV protection. It gives a fashion feeling and better experience5.
The product features great chemical resistance. It can maintain its original properties after being exposed to a chemical environment for a specified time period.
Plastic Cover/Full Metal Keys(2pcs)
Zinc Alloy Cast-die Cylinder
100 Carton/Cartons per Day
Shipped in 20 days after payment
As a company with domestic and global competitiveness, Professional household cabinet door hinge drawer slide manufacturer KEL Digao furniture hardware accessories mainly focuses on cabinet drawer locks . With our own design and R&D team, as well as sample makers, the company is able to catch up with the latest market trends and better meet customers' requirements.2.
We’re proud to supply products to many outstanding consumer product companies whose brands are well known across the world. We gain their confidence and loyalty.3.
We have set up a professional sales team. With years of rich experience in the market, they are able to promote our business to grow and help us achieve business goals. We are committed to achieving sustainable business and environment development. Under this target, we will seek feasible approaches to effectively utilize energy resources to reduce resource wastes.