Descrição do produto
Bem-vindo(a) à fábrica de correntes mecânicas CHINAMFG em Xihu (Lago Oeste).
Produzimos uma ampla gama de produtos para transmissão de potência, como correntes de rolos e de lâminas, correntes transportadoras, correntes de transmissão e correntes agrícolas.
Também podemos fornecer todos os tipos de rodas dentadas industriais e acoplamentos de corrente.
Fundada no ano 2000, com mais de 20 anos de história especializada na produção de correntes de rolos, nossa empresa preza pela qualidade estável e consistente, conquistando hoje o reconhecimento de clientes nacionais e internacionais.
Nossa fábrica e área de produção (CHINAMFG) totalizam mais de 10.000 metros quadrados e contamos com cerca de 70 funcionários. Somos uma fábrica de médio porte na China.
A qualidade das nossas correntes atende aos padrões GB, DIN, ASA, ANSI e JIS, e possuímos a certificação ISO9001.
Até o momento, além do mercado interno, exportamos muitas correntes para os EUA, Canadá, Colômbia, Brasil, Argentina, Polônia, Itália, Espanha e outros países.
1.Normas: ISO /DIN /ANSI/GB/JIS/ASA
2. Modelo: 06C-35-240, 04B-48B Simplex, Duplex, Triplex E DE ACORDO COM AS NECESSIDADES DO CLIENTE
3. Materiais: Aço carbono 40Mn, # 10 para o rolete e bucha, 40CR para o pino.
4. Todas as peças sobressalentes das correntes são tratadas termicamente (têmpera e revenido) e controladas dentro de uma faixa de tolerância razoável e adequada aos padrões da indústria.
5. Resistência à tração: superior ao padrão de aproximadamente 15%.
6. Certificado de Qualidade: ISO 9001
7. Boa lubrificação com graxa de excelente qualidade.
8. Cor: Cor natural e jateamento com esferas.
9. Pode ser combinado livremente com rodas dentadas.
| Somos a CHINAMFG, uma fábrica da rede localizada na China. |
| Fabricamos correntes de rolos há mais de 20 anos. principais cadeias ASA: — Cadeias DIN principais: 06b-08b-10b-12b-16b-20b-24b-32b Correntes principais para motocicletas: H 520 520H 530 Nossa qualidade: nível médio, boa e estável. Seguimos o padrão XIHU (WEST LAKE) DIS.HUA. Também exportamos muitas rodas dentadas industriais juntamente com nossas correntes. Exportávamos principalmente correntes para a América do Sul e para a Europa. |
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| Padrão ou não padrão: | Padrão |
|---|---|
| Aplicativo: | Máquinas têxteis, máquinas para confecção de roupas, equipamentos de transporte, máquinas de embalagem, carros elétricos, motocicletas, máquinas para a indústria alimentícia, equipamentos marítimos, equipamentos de mineração, máquinas agrícolas, automóveis |
| Tratamento de superfície: | Polimento |
| Estrutura: | Corrente de rolos |
| Material: | Aço carbono |
| Tipo: | Corrente de passo curto |
| Exemplos: |
US$ 1/Metro
1 metro (pedido mínimo) | |
|---|
| Personalização: |
Disponível
| Solicitação personalizada |
|---|
Can transmission chains be used in textile or weaving equipment?
Yes, transmission chains can be used in textile or weaving equipment. Here’s a detailed answer to the question:
Textile and weaving equipment often require reliable and efficient power transmission systems to drive various components and mechanisms. Transmission chains are well-suited for these applications due to their durability, strength, and versatility.
Transmission chains are commonly used in textile and weaving equipment for the following purposes:
1. Power Transmission: Transmission chains transfer rotational power from the motor to different components in the textile or weaving machine. They are used to drive the main shaft, loom mechanisms, take-up reels, warp beams, and other moving parts.
2. Tensioning and Positioning: In weaving machines, transmission chains are employed to maintain proper tension in the warp threads. They help in accurately positioning the warp beam and maintaining a consistent tension throughout the weaving process.
3. Shedding Mechanisms: In jacquard looms and other advanced weaving machines, transmission chains play a vital role in operating the shedding mechanisms. These mechanisms control the raising and lowering of warp threads to create patterns and designs in the fabric.
4. Yarn Feeding: Transmission chains are used to drive yarn feeding mechanisms, such as yarn carriers or yarn guides, ensuring a steady and controlled feed of yarn during the weaving process.
5. Synchronization: In complex textile machines, transmission chains are used to synchronize the movement of different machine components. This helps in achieving precise coordination between the loom mechanisms, beating-up action, weft insertion, and other critical operations.
The advantages of using transmission chains in textile or weaving equipment include:
– High durability and resistance to wear, allowing for extended service life even in demanding textile manufacturing environments.
– Ability to handle high loads and transmit power efficiently, enabling the smooth operation of various machine components.
– Versatility to accommodate different weaving techniques, loom sizes, and machine configurations.
– Availability of a wide range of chain types, sizes, and materials to suit specific application requirements.
– Easy maintenance and replacement, ensuring minimal downtime and efficient production.
Overall, transmission chains are an essential component in textile and weaving equipment, providing reliable power transmission, precise synchronization, and efficient operation. Manufacturers and designers of textile machinery often integrate transmission chains into their equipment to ensure consistent and high-quality fabric production.
How does the precision of manufacturing impact the performance of a transmission chain?
The precision of manufacturing plays a crucial role in the performance and reliability of a transmission chain. Here’s a detailed answer to the question:
1. Accurate Chain Pitch: The precision of manufacturing ensures that the chain pitch, which is the distance between consecutive chain links, is consistent and accurate. A precise chain pitch is essential for proper engagement with the sprockets and ensures smooth power transmission.
2. Uniform Chain Link Dimensions: Precise manufacturing ensures that the dimensions of the chain links are uniform throughout the chain. This uniformity is crucial for maintaining proper alignment, load distribution, and engagement with the sprockets.
3. Consistent Roller Diameter: In roller chains, the diameter of the rollers is an important factor in reducing friction and wear. Precise manufacturing ensures that the roller diameter is consistent, allowing for smooth rolling action and efficient power transfer.
4. Straight Side Plates: The side plates of a transmission chain need to be straight and parallel to ensure proper chain alignment and engagement with the sprockets. Precise manufacturing ensures that the side plates are accurately formed, minimizing the risk of misalignment and premature wear.
5. Quality Control and Tolerance Management: Precision manufacturing involves rigorous quality control measures to ensure that the chain components meet the required specifications and tolerances. This helps to maintain the overall integrity and performance of the chain.
6. Reduced Noise and Vibration: A well-manufactured transmission chain with precise dimensions and uniform components results in reduced noise and vibration during operation. This contributes to a quieter and smoother running system, enhancing the overall efficiency and comfort.
7. Enhanced Durability and Lifespan: The precision of manufacturing directly impacts the durability and lifespan of a transmission chain. Accurate dimensions, uniform components, and proper tolerances ensure that the chain can withstand the expected loads, resist wear, and maintain its performance over an extended period.
It’s important to select transmission chains from reputable manufacturers known for their precision manufacturing processes and adherence to quality standards. Proper installation, regular maintenance, and following manufacturer guidelines are also crucial for maximizing the performance and longevity of the transmission chain.
What are the main differences between standard and heavy-duty transmission chains?
Standard and heavy-duty transmission chains are designed to meet different load and performance requirements. Here are the main differences between these two types:
- Load Capacity: Heavy-duty transmission chains are built to handle higher loads and provide greater strength compared to standard chains. They are designed to withstand heavier and more demanding applications.
- Construction: Heavy-duty transmission chains are typically constructed with thicker plates, larger pins, and stronger components to enhance their durability and load-carrying capacity.
- Size: Heavy-duty transmission chains are often larger in size compared to standard chains to accommodate the increased load requirements.
- Weight: Due to their robust construction, heavy-duty transmission chains tend to be heavier than standard chains.
- Durability: Heavy-duty chains are engineered to have greater wear resistance, fatigue resistance, and overall durability to withstand harsh operating conditions and prolonged usage.
- Applications: Standard transmission chains are suitable for lighter-duty applications where moderate loads are involved, such as light machinery, conveyors, and small equipment. Heavy-duty transmission chains, on the other hand, are designed for heavy machinery, industrial equipment, mining applications, and other demanding environments.
It’s important to consider the specific requirements of your application, including load capacity, operating conditions, and expected lifespan, to determine whether a standard or heavy-duty transmission chain is the right choice.
Editor por CX 2024-05-09
