Kitchen Cabinet Handle

Process: Precision Die Casting+Advanced Surface Treatment Precision Die Casting: High temperature liquid metal is injected into the steel mold, high-pressure one-time molding, integrated without splicing, high strength, and precise size (tolerance ± 0.1mm). Surface treatment (key to high-end feel): multi-layer electroplating: nickel wire drawing, chrome glossy surface, antique copper, gun gray black, 6-layer or more process, wear-resistant and scratch resistant, not easy to fade. Anodizing (aluminum version): corrosion-resistant, matte and delicate, with a high-end touch. Sandblasting/Shot Blasting: Matte texture, anti fingerprint, commonly used in modern light luxury style. Core features: Durable strength: Zinc alloy with a compressive strength of about 350MPa, no looseness after 6000 opening and closing cycles, far exceeding plastic/thin iron sheet styles. Flexible design: It can be used for complex shapes such as minimalist long handles, retro carvings, geometric shapes, etc., and integrated into seamless shapes. Stable installation: embedded/thickened threaded seat, uniform force, and long-term use without loosening; Standard M4/M5 rust proof screws. Style adaptation: modern minimalism, Nordic light luxury, new Chinese style, retro American style, with a 98% cabinet adaptation rate. Reference Knowledge 333/1000PDF Translation Preserves Layout, Recommend Using Document Translation Machine · General Field Translation Process: Precision Die Casting+Advanced Surface TreatmentPrecision Die Casting: High temperature liquid metal is injected into the steel mold, formed under high pressure in one go, without splicing, with high strength and precise dimensions (tolerance ± 0.1 mm).Surface treatment (key to high-end feel)Multi layer electroplating: nickel wire drawing, chrome glossy surface, antique copper, gun gray black, with more than 6 layers of process, wear-resistant, scratch resistant, and not easy to fade.Anodizing (aluminum version): corrosion-resistant, matte and delicate, with a high-end touch.Sandblasting/Shot Blasting: Matte texture, anti fingerprint, commonly used in modern light luxury style.Core FeaturesStrength and durability: Zinc alloy can withstand compression of about 350MPa, with no looseness after 6000 opening and closing cycles, far exceeding plastic/thin iron sheet styles.Flexible design: It can be used for complex shapes such as minimalist long handles, retro carvings, geometric shapes, etc., and integrated into seamless shapes.Stable installation: embedded/thickened threaded seat, uniform force, and long-term use without loosening; Standard M4/M5 rust proof screws.Style adaptation: modern minimalism, Nordic light luxury, new Chinese style, retro American style, with a 98% cabinet adaptation rate 

Process: Precision Die Casting+Advanced Surface Treatment 
Precision Die Casting: High temperature liquid metal is injected into the steel mold, formed under high pressure in one go, without splicing, with high strength and precise dimensions (tolerance ± 0.1mm). 
Surface treatment (key to high-end feel) 
Multi layer electroplating: nickel wire drawing, chrome glossy surface, antique copper, gun gray black, with more than 6 layers of process, wear-resistant, scratch resistant, and not easy to fade. 
Anodizing (aluminum version): corrosion-resistant, matte and delicate, with a high-end touch. 
Sandblasting/Shot Blasting: Matte texture, anti fingerprint, commonly used in modern light luxury style. 
Core Features 
Strength and durability: Zinc alloy can withstand compression of about 350MPa, with no looseness after 6000 opening and closing cycles, far exceeding plastic/thin iron sheet styles. 
Flexible design: It can be used for complex shapes such as minimalist long handles, retro carvings, geometric shapes, etc., and integrated into seamless shapes. 
Stable installation: embedded/thickened threaded seat, uniform force, and long-term use without loosening; Standard M4/M5 rust proof screws. 
Style adaptation: modern minimalism, Nordic light luxury, new Chinese style, retro American style, with a 98% cabinet adaptation rate