Molde de tijolo de betão interbloqueado em forma de L e quadrado de diamante

We have nearly 30 years of experience in manufacturing all types of concrete block molds.
You can choose between 80,000 or 120,000 cycle times.
After heat treatment, the hardness reaches 62 HRC.

Order(MOQ) :	1 Set
Payment :	T/T 100% payment before shipment or 100% by confirmed, irrevocable L/C at sight.
Product Origin :	Quanzhou Fujian
Color :	customize to demand
Shipping Port :	Xiamen
Lead Time :	20-25 days

Diamond and L-Shaped Interlocking Concrete Block Molds

Diamond Square And L Shapes Interlocking Concrete Brick Block Mould

Nome	interlocking concrete brick block moulds	Heat treatment	Carbonitriding 900-950°C
raw material	special wear-resistant steel	Hardness	60-65HRC
Tipo de bloco	Hollow block, interlocking block, paver block, kerbstone all can be customized	HS code	848060
lifespan	100000-120000 times	Packing	Wooden +plastic film

The most advanced assembly process.
A: We use advanced welding technology and de-stress treatment to ensure precision. If stress remains in the mold material, the cavity and core may deform during use, causing errors in dimensions, shape, and tolerances. This can make qualified products exceed error limits, cause well-matched components to jam, or even render the mold unusable. To prevent this, we minimize deformation during heat treatment and perform tempering after quenching to eliminate internal stress from machining and heat treatment, ensuring the mold functions properly.

B: We maintain a press foot clearance of 0.3-0.8mm for compatibility with your machine.

C: We use high-strength connection bolts with standard parts and anti-loosening treatment for durability.

D: Our standardized assembly process ensures easy replacement of parts.

E: We incorporate high-quality wear-resistant steel plates for longevity.

F: Our molds feature a damping function for smoother operation.

G: We offer digital free surface design for customization.
To ensure mold durability, we apply carbonitriding heat treatment (60-65HRC).
A: We harden the die frame and press foot to 60-65HRC.

B: We achieve a minimum hardening depth of 1.2mm for enhanced strength.