Integrated gloss heating in die head for higher main surface gloss.The core part,cone body and support plate are made of one piece steel to ensure the stability.The positioning device is imported from Germany,and the gap does not change after repeated disassem- bly&assembly for thousands of times;the die head is equipped with a guide column to prevent damage to the mold during disassem- bly.

The calibrator is positioned by 3 square keys which is convenient for post maintenance.The first section adopts S-shaped water channel for uniform cooling.Vacuum gauge and air release valve facilitate high-speed extrusion.Each sensitive section can be added an air flow to prevent details getting blocked when running entry into the calibrator.

Quick mounting clamps for mounting calibrator,tanks and PCE together.Pressure screws for big main surface,for adjusting the surface flatness.Tank plates split able in same way as calibrator,makes it easier for maintenance and modification work for customer.The top cover does not require buckles,making it easier for workers to operate.

Other companies typically use a two-part connector structure, which is simple to manufacture and low-cost. However, the disadvantages are that they are prone to material leakage during production, unstable production, and material output is significantly affected by the formula and production speed. Our company uses a patented integrated split-shuttle flow channel to manufacture various sheet metal molds. This ensures stable material output at both low and high speeds, and prevents material leakage from the rear mold body of the die head.

Using coat hanger type flow channel, manual or automatic flexible die lip adjustments control precisely the thickness of the film and ensure a uniform and perfect film product.

The difficulty design of foam WPC profle tooling lies in the pressure of die. Reasonable pressure design can ensure the profle density, foam uniformity and production stability; Aona provides special toolings according to the formula characteristics: hard surface foam tooling, co-extrusion foam tooling, steel & plastic co- extrusion foam tooling, PVC &WPC foam tooling, PE &WPC Tooling, etc.

Our company can provide GPPS foaming molds and GPPS foaming + HIPS co-extrusion molds. PVC Foam Tooling

Our company can provide UPVC foaming mold, which can be co-extruded with a circle of rigid PVC on the outside. The density can be 0.38~1.0

Because of wide vacuum groove and high adsorption resistance of the traditional pipe sizing sleeve, leads to large subsequent traction and unsatisfactory roundness. Aona breaks the traditional processing method, adopts narrow groove vacuum, with small production resistance and perfect roundness.

Various shapes of auto parts toolings: curved surface embossing tooling, multi face embossing tooling, glass bead front co-extrusion tooling, glass bead post co-extrusion tooling, etc.

All kinds of telecommunication toolings: radome tooling, plum tube tooling, nine-hole tube tooling, channel tooling, etc.

This spiral wrap mold is exported to countries such as Russia and Mexico. The wall thickness is 5.0mm. Our company uses a special mold structure, achieving a wall thickness tolerance of 5.0±0.1mm and a dimension tolerance of 5.0±0.2mm. The formula is to add 5kg of calcium powder to every 100kg of PVC.

Our company uses specialized flow channel design and software simulation to ensure uniform pressure throughout the entire process, resulting in a uniform co-extruded layer. The point where the co-extruded material meets the main material is only 10-15mm from the exit. The main material pressure at this point is close to zero, minimizing the impact on the co-extruded material and ensuring maximum stability and uniformity in the co-extruded layer

The interior and exterior surfaces of the windows can be co-extruded in different colors to meet the needs of different customers. The co-extruded materials can be ASA, PMMA or colored PVC.

The advantages of this mold are: 1. The profile retains its original color after welding and cleaning, eliminating the need for painting and saving time. 2. The visible surface is produced using new raw materials, while the non-visible surface can be produced using recycled materials, reducing costs.

This American-style, dual-cavity, front-extrusion rubber strip mold is manufactured in the United States. It simultaneously co-extrudes two O-ring rubber strips and eight 2mm-long single-arm rubber strips. The advantage of front-extrusion is a strong bond, allowing the rubber strips to blend seamlessly with the profile. The challenges are: 1. It requires high mold design and uniform flow rates for the rubber strips and profile; 2. It also requires high operator skill.

The advantages of using post-co-extrusion for rubber strips are: general skilled workers can operate successfully, the scrap rate is low, and the same post-co-extrusion can be used on multiple sets of molds, reducing costs. The disadvantage is: the bonding is not as strong as the pre-co-extrusion bonding, but the bonding strength is sufficient for use.

The special tooling adopts special structure to ensure the qualified products, and also continuous & stable production.

The challenges of this type of mold include: 1. ensuring vertical angles; 2. preventing the claws at each end from bending. Our company uses a special calibrator with different water and air designs to ensure the shape conforms to the drawing. The calibrator's patented segmented design ensures that its contraction matches the profile's contraction pattern, preventing bending caused by excessive resistance.

Our company can design special molds with wall thickness of 5~40mm according to your requirements. The materials are PVC, WPC, PE, PE wood plastic.

Wire duct is mainly used in industry, civil, decoration, etc. The main material is PVC, and some simple ones can also use PP, PE, ABS+PC alloy.