| Lugar de origem: | Parque Industrial de Shibu, cidade de Changyi, província de Shandong, China |
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| Marca: | XINHENGDA |
| Número do modelo: | Máquina para paletes |
| Quantidade de ordem mínima: | 1 |
| Preço: | Contact me |
| Tempo de entrega: | Pedidos regulares são enviados em 90 dias; para produtos personalizados, entre em contato comigo par |
| Termos de pagamento: | L/C, D/A, T/T, Western Union, D/P. |
| Habilidade da fonte: | 90+ |
| Compatibilidade de materiais: | PEAD, PEBD, PP | Sistema de controle: | CLP com tela sensível ao toque |
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| Nível de automação: | Opções semiautomáticas/totalmente automáticas | Garantia: | 1 ano |
| Doença: | Novo | aplicativo: | Fabricação de tanques de água |
| Método de moldagem: | Molde de sopro da extrusão | Automático: | Sim |
| Sistema de resfriamento: | Resfriamento de Água | Compatibilidade de materiais: | Polietileno (PE), Polipropileno (PP) |
| Sistema de aquecimento: | Aquecimento Elétrico | Tipo de máquina: | Máquina de moldagem por sopro |
| Destacar: | water tank molding machine price plc,automatic water tank molding machine price,automatic water tank moulding machine price |
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XHD1000L Full-Automatic Plastic Blow Molding Equipment Professional Production Standard
1.Material Processing: The IKV-engineered screw enables high-efficiency plasticization and homogeneous mixing, delivering a melting capacity of 280KGS.
2.Molding Control: A Moog 200-point wall thickness regulator guarantees consistent product wall thickness and enables flexible weight adjustment across a broad range.
3.Automatic Operation: Products are automatically ejected by a robotic arm; the 5-functional blow seat fulfills air blowing, exhaust, sealing and other procedures to realize full automation of the production line.
4.Temperature Control: Adopting a time-sharing step-by-step heating mode, the die head and screw feature independent temperature regulation, effectively cutting down energy consumption.
5.Easy Maintenance: Independent pneumatic station and manifold structure allows for hassle-free inspection and operation, with neat and unobstructed pipeline routing.
1.Cost Efficiency: Reduces raw material wastage by 25%-35% compared with rotational molding tanks; the frequency conversion control system contributes to significant reduction in overall power consumption.
2.Enhanced Productivity: Features higher production efficiency than rotational molding machinery; the complete production line requires only 3–4 operators for running, and a single unit can be operated by just two female workers independently.
3.Optimal Product Quality: Produces finished products with much stronger impact resistance than rotational molding tanks, plus excellent uniformity in wall thickness for all output.
4.Stable Component Setup: Adopts high-grade components from well-known brands such as Siemens, Delta and MOOG, ensuring superior and reliable operational stability during production.
5.Comprehensive After-sales Support: Offers free on-site installation and professional technical training, a 12-month warranty, as well as complimentary replacement parts for fault diagnosis and routine maintenance.
1.Structural Design: Raised machine frame with a multi-row screw hole backboard enables effortless mold change via hydraulic drive (1600MM moving distance), making the equipment ideal for the production of various float types.
2.Precise Control: Taiwan Delta servo hydraulic system features rapid response and pressure build-up, cutting energy consumption by more than 40%; PLC intelligent automatic temperature control is paired with a multilingual operation interface (customizable to the customer’s native language).
3.Durable Material Selection: Core components are crafted from high-grade materials including 38CrMoAl and 45# steel; the unit is fitted with a cast steel lifter and Schneider solid-state relays (AC contactors applied for high-temperature working areas).
4.Safety & Operational Stability: Fitted with full machine protective enclosures and safety guardrails; the cooling system is dual-protected (barrel air cooling + feeding zone water cooling), enabling stable operation in indoor environments ranging from 0-45℃.
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