PET Extrusion Sheet Line

PET（APET\PETG）RPET 100% recycled possible Mono-layer; two-layer; three-layer Width:600-1700mm； Thickness: 0.1-2mm Capacity: 300-2000kg/hr Single-screw Extruder Twin-screw Extruder Planetary single-screw Extruder

Multi-layer Coextrusion High-barrier Plastic Sheet Line

This multi-layer co-extrusion high-barrier production line is dedicated to manufacturing high-performance composite functional sheets. The main raw materials are PP and PS, and high-barrier composite sheets are achieved by adding EVOH. This series of equipment is equipped with specially designed FEEDBLOCK, ensuring that the two edge strips of the sheet have no ADH or EVOH, thereby saving approximately 7-9% in raw material costs. It adopts a narrow-width high-output design, which can be directly

Screw Elements & Shafts

Our modular screw elements and high-performance shafts deliver optimal flexibility, durability, and cost efficiency for twin screw extruders. Our material range spans nitride steel, tool steel, stainless steel, and advanced PM-HIP compounds, balancing abrasion and corrosion resistance to extend service life and reduce maintenance.

Underwater pelletizers and knives

Custom-designed to match your polymer properties and machine specifications, we offer die plates with electrical, oil, or steam heating, alongside nozzle geometries tailored to polymer rheology.

Big tonnage two platen molding machine

The PET-series offer a complete package for the production of PET preform, based on the simple economic and in-line screw design for easy-to-operate.

Injection Molding Machine

The TP-series fit a center force and external acting two platen design to give long efficiency and reliable movement.

Conveyor System- Wedge conveyor

Wedge conveyor that grips the package on both sides and conveys it upward or downward.

Conveyor System- climbing and lifting

Applications of cigarette climbing and lifting.

Conveyor System- Buffer table

The product requires delayed conveying for accumulation purposes.

Conveyor System- Spiral

REDUCED SPACE REQUIRED FOR CLIMBING THE SPIRAL CAN REDUCE THE SPACE REQUIRED OF THE TRADITIONAL

Conveyor System

Manufacturer & Exporter Standard & Modular Components. Easy Installation and Adjustment. Reliable Quality and Reasonable Price.

ALLROUNDER TREND

ALLROUNDER TREND – the completely reimagined electric injection moulding machine that sets a new benchmark for performance, simplicity, and efficiency.

No spraying ASA : weak metal effect

It is is a spray-free aesthetic plastic through injection molding ,extrusion and one-time molding.

PCR ASA

It is is a spray-free aesthetic plastic through injection molding ,extrusion and one-time molding.

No spraying PP: Natural texture villus

It is is a spray-free aesthetic plastic through injection molding ,extrusion and one-time molding.

No spraying PC: Transparent high-color fluorescence effect

It is is a spray-free aesthetic plastic through injection molding ,extrusion and one-time molding.

No spraying PC:sliver metallic effect

It is is a spray-free aesthetic plastic through injection molding ,extrusion and one-time molding.

Hindered Amine Light Stabilizers (HALS)

The intermediates for hindered amine light stabilizers (HALS) are key chemicals for synthesizing high-performance HALS. They play an important role in the supply chain for light stabilizers. Thanks to their specifically designed molecular structures, these intermediates give the final products an exceptional radical scavenging capability, making them long-acting stabilizers.

Hindered Amine Light Stabilizers

Hindered Amine Light Stabilizers (HALSs) are a class of highly effective light stabilizers for polymeric materials, providing long-term photostability through a unique radical scavenging mechanism. Unlike traditional UV absorbers that absorb UV radiation directly, HALSs offer superior protection against material degradation by inhibiting photo-oxidation through chemical means.

UV Absorbers

UV absorbers are functional additives designed to absorb ultraviolet (UV) radiation, protecting materials or skin from UV damage. Their mechanism involves selective absorption of UV light (200-400nm) through specific molecular structures, which convert the energy into harmless heat or lower-energy emissions, thereby minimizing penetration and harm.