Effective Diameter: 600 - 4000mm

Effective Length: 800 - 20000mm

Operating Temperature: 300 - 450℃

Operating Pressure: 1.5 - 5.0Mpa

Working Medium: Nitrogen

Application Fields:
Primarily used in the aerospace and military industries. It is configured for the curing process of composite materials based on polyimide resin systems – the highest temperature-resistant resins available for composites to date. Most of these resins require a curing temperature of 320–380℃ (with a rising trend) and a curing pressure of over 1.5 Mpa, even above 4 Mpa. Despite its sophisticated technology, the SINOMAC High-Temperature & High-Pressure Autoclave operates with exceptional stability, fully meeting the demands of this field.

Effective Diameter: ≥ 4500mm

Effective Length: ≥ 8000mm

Operating Temperature: 100–450℃

Operating Pressure: 0.8 – 5.0Mpa

Working Medium: Compressed Air / Nitrogen

Application: Primarily used in strategic sectors such as aerospace and national defense. It is a cutting-edge piece of equipment designed for the integral co-curing/co-bonding processes of large and extra-large composite components. Typical products include new-generation commercial aircraft fuselage barrels, integral wing panels, helicopter main rotors, launch vehicle fairings and cabin sections, as well as large structural components for satellites and space stations.

SINOMAC Extra-Large Autoclave represents a high level in the field of high-end composite manufacturing equipment. With extremely high technology integration and stable, reliable operation, it serves as a core platform supporting the lightweight and integrated manufacturing of high-end equipment.

Effective Diameter: 3500 - 4500mm

Effective Length: 6000 - 20000mm

Operating Temperature: 100 - 450℃

Operating Pressure:: 0.8 - 5.0Mpa

Working Medium: Compressed Air / Nitrogen

Application Fields: A key piece of equipment for manufacturing medium and large composite components, widely used in aerospace, national defense, and high-end industries. Typical products include aircraft wing/empennage panels, helicopter fuselage sections, rudders, fairings, missile bodies, large UAV components, and load-bearing structures for high-speed rail and new energy sectors. With mature technology and stable performance, SINOMAC Large Autoclave is the core guarantee for large-scale, high-quality production of high-performance composite components.

Effective Diameter: 2000 - 3500mm

Effective Length: 3000 - 12000mm

Operating Temperature: 100 - 450℃

Operating Pressure: 0.8 - 5.0Mpa

Working Medium: Compressed Air / Nitrogen

Applications: Ideal for curing medium-sized composite components and multi-material processing. Widely used in aerospace, high-end sports equipment, industrial manufacturing and scientific research. Typical products include aircraft control surfaces, cabin doors, fairings, satellite brackets, large UAV fuselages, F1 parts, high-performance bicycle frames and industrial high-pressure cylinders. SINOMAC Medium-Sized Autoclave balances performance, flexibility and cost-effectiveness excellently, making it one of the most widely used models.

Effective Diameter: 1000 – 2000mm

Effective Length: 1000 – 3000mm

Operating Temperature: 100 – 450℃

Operating Pressure: 0.8 – 5.0 Mpa

Working Medium: Compressed Air / Nitrogen

Applications: Ideal for material labs in research institutes and universities, as well as component development and small-to-medium batch production in high-end sports goods, UAV, and precision instrument industries. Typical uses include process exploration of new materials (resins, prepregs), fabrication of standard mechanical test specimens, and curing of small UAV fuselages/ wings, high-performance bicycle frames, tennis rackets, and industrial lightweight brackets. The SINOMAC Small-Sized Autoclave serves as a perfect bridge between research and production.

Effective Diameter: 500 – 1000mm

Effective Length: 800 – 1500mm

Operating Temperature: 100 – 450℃

Operating Pressure: 0.8 – 5.0Mpa

Working Medium: Compressed Air / Nitrogen

Applications: Exclusively designed for material labs in universities, research institutes and corporate R&D centers. It is mainly used for curing process parameter exploration of new materials (e.g., advanced resins, prepregs), preparation of composite mechanical test specimens, small-batch prototype trial production and teaching demonstrations. It is an essential basic device for composites to move from fundamental research to engineering applications.

Effective Diameter: 1200 – 3650mm

Effective Length: 2000 – 12000mm

Max. Glass Size:: 1000×2000mm – 3300×12000mm

Design Temperature: 160℃

Design Pressure: 1.5 Mpa

Applications: Specifically designed for the pre-treatment and high-pressure forming of automotive windshields, side windows, sunroofs, and architectural safety laminated glass. The high-temperature and high-pressure environment firmly bonds glass with PVB (polyvinyl butyral) interlayers, producing impact-resistant and penetration-resistant safety glass that fully meets the stringent standards of the automotive and construction industries.

Effective Diameter: 1200 – 3650mm

Effective Length: 2000 – 12000mm

Max. Glass Size: 1000×2000 mm – 3300×12000 mm

Design Temperature: 160℃

Design Pressure: 1.5 Mpa

Applications: Specifically designed for the post-curing treatment of laminated PV modules, including mono-facial/bi-facial modules, thin-film modules and BIPV (building-integrated photovoltaics) modules. The high-temperature and high-pressure environment effectively eliminates residual bubbles in laminated modules, enhances the bonding strength between EVA/POE films, glass and backsheets, and significantly improves the insulation performance, weather resistance and service life of modules. It is a key device for ensuring the quality of PV modules.

Effective Diameter: 1200 – 3650mm

Effective Length: 2000 – 12000mm

Max. Glass Size: 1000×2000mm – 3300×12000mm

Design Temperature: 160℃

Design Pressure: 1.5Mpa

Applications: Specifically designed for the pre-treatment and high-pressure forming of architectural safety laminated glass, including curtain wall glass, skylight glass, fire-resistant glass, bulletproof glass and other architectural laminated glass products. The high-temperature and high-pressure process achieves permanent bonding between glass and PVB interlayers, producing architectural safety glass with excellent safety, sound insulation and impact resistance.

Effective Diameter: 500 – 4000mm

Effective Length: 1000 – 15000mm

Operating Temperature: 100 – 220℃

Operating Pressure: 0.5 – 3.0Mpa

Heating Method: Steam / Electric Heating / Thermal Oil

Applications: Specifically designed for the vulcanization of various rubber products, including tires, conveyor belts, hoses, seals, and rubber rollers. The high-temperature and high-pressure environment triggers cross-linking reactions in rubber molecules, endowing rubber products with excellent elasticity, strength, and durability. It is a key process equipment in the rubber industry.

Effective Diameter: 1000 – 2000mm

Effective Length: 1800 –12000mm

Operating Temperature: 134 – 165℃

Waste Processing Capacity: 100 – 1600kg

Sterilization Efficiency: 99.9999%

Applications: Specifically designed for the harmless treatment of infectious medical waste in medical institutions and medical waste disposal centers. It is used for sterilizing medical hazardous waste such as infectious dressings, laboratory utensils, surgical waste, and pathogen cultures, ensuring that medical waste does not cause secondary pollution or disease transmission in subsequent disposal processes.

Effective Diameter: 2200 – 2850mm

Effective Length: 6500 – 26000mm

Design Temperature: 180℃

Design Pressure: 1.5Mpa

Theoretical Loading Capacity: 8 – 60m³

Applications: Specifically designed for wood preservation, flame-retardant treatment and thermal modification, including deep processing of construction timber, landscape wood, railway sleepers, utility poles and high-grade furniture wood. The high-temperature and high-pressure environment enables preservatives and flame retardants to fully penetrate into the wood, or modifies the physical and chemical properties of wood through thermal treatment, significantly improving wood durability and stability.