Customizable Flexible Accordion Type Dustproof Folding Bellows Cover Engine Core Component Guard Shield Machinery Construction

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Product
Customizable Flexible Accordion Type Dustproof Folding Bellows Cover E...
Posting date : Jun 25, 2025
Membership
Free Member Scince Jun 25, 2025
FOB Price
75USD
Min. Order Quantity
1
Supply Abillity
100pcs/month
Port
Tianjin Port
Payment Terms
30% in advance and 70% blance before shipment
Package
Wooden carton
Keyword :
Category
Contact
Arron
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Product Detail
Company Info
 
Quick Detail
Place of Origin
China [CN]
Brand Name
Taihe
HS-CODE
8437-90
Package & Delivery Lead Time
Package
Wooden carton
Delivery Lead Time
15--30days
Detailed Description

Bellows Protective Covers: Structure, Functions and Technical Analysis

1. Definition and Core Structure

A bellows protective cover is a mechanical protective device composed of a foldable flexible material combined with a supporting skeleton, named for its accordion-like pleated shape. Its core structure includes:


  • Flexible protective layer: Common materials include PVC mesh cloth, polyurethane (PU), silicone, fluororubber, etc., selected based on requirements such as temperature resistance, wear resistance, and corrosion resistance in working conditions.
  • Supporting skeleton: Made of aluminum alloy, stainless steel, or engineering plastics (e.g., PA66) to ensure stability during folding and prevent collapse.
  • Connecting components: Fixed to equipment via bolts, clamps, or quick connectors at the ends; some models have built-in guide rail sliders to adapt to high-speed movement.

2. Core Functions and Technical Advantages

  1. Comprehensive protection capability
    • Isolates pollutants such as cutting fluid, iron chips, and dust to prevent intrusion into equipment transmission components (e.g., machine tool guide rails, lead screws).
    • Wide temperature resistance range: Conventional type -20°C~80°C, high-temperature type up to 600°C (e.g., metallurgical scenarios), and low-temperature type as low as -40°C (aerospace).
  2. Highly flexible motion adaptation
    • The folding stroke ratio can reach 1:10 (e.g., a 1000mm extended length can be compressed to 100mm), adapting to high-speed reciprocating motion of equipment (speed ≤2000mm/s).
    • Minimum bending radius down to 20mm, suitable for protecting complex trajectory movements such as robot joints.
  3. Long life and low maintenance
    • Wear-resistant coatings (e.g., Teflon) can extend service life to 5~8 years, and some models support over 1 million folding cycles.
    • Modular design facilitates partial replacement, reducing maintenance costs by 30%~50% compared to rigid protective covers.

3. Classification and Typical Models

Classification DimensionTypeMaterial CharacteristicsTypical Application Scenarios
MaterialPVC mesh cloth coverOil-resistant, low cost (≤100°C)General machine tools, automated production lines
Polyurethane (PU) coverHigh wear resistance, tear resistance (-30°C~120°C)Stamping equipment, metal processing
Silicone coverHigh and low temperature resistance (-60°C~200°C), insulatingElectronic equipment, medical machinery
Structural FormSingle curtain typeSingle-layer folding, lightweightSmall equipment, low-speed motion scenarios
Double curtain typeDouble-layer protection + intermediate layer, enhanced impact resistanceHeavy machine tools, severe chip splashing scenarios
Additional FunctionsAnti-static typeSurface resistance ≤10^9Ω, anti-dust adsorptionSemiconductor, microelectronics production lines
Explosion-proof typeATEX certified, fireproof spark ignitionChemical, petroleum equipment

4. Detailed Explanation of Industry Application Scenarios

1. Machine Tools and Machining Field
  • CNC lathes/machining centers: Cover XYZ axis guide rails to prevent cutting fluid from eroding ball screws (e.g., automotive parts processing).
  • Grinding machines/boring machines: Protect against grinding wheel debris splashing; some models have built-in metal mesh for enhanced impact resistance (e.g., bearing grinding equipment).
  • Typical case: A car mold factory used a PU material bellows cover, achieving 3 years of fault-free operation during high-speed milling (12,000rpm), reducing guide rail maintenance costs by 60%.
2. Automation and Robotics Field
  • Industrial robot joint protection: Flexible folding structure follows the robot arm movement to protect cables and air pipes (e.g., welding robots).
  • Conveyor systems: Sealed protective covers isolate dust (e.g., plastic particle environments in 3C product sorting lines).
  • Technical highlight: A semiconductor factory used anti-static PET protective covers, meeting ISO 5 class cleanroom standards to ensure particle contamination ≤0.1mg/m³ during wafer handling.
3. Special Environments and High-end Manufacturing
  • Aerospace: Low-temperature silicone protective covers (-40°C) for hydraulic system protection of spacecraft ground testing equipment.
  • Food and Medicine: Food-grade TPU material (FDA certified) protects filling equipment and supports 134°C steam sterilization (e.g., beverage production lines).
  • Metallurgy and Heavy Industry: High-temperature aluminosilicate fiber protective covers (temperature resistance 800°C) protect mechanical arms in front of blast furnaces against slag splashing.

5. Selection and Design Key Points

  1. Key parameter matching
    • Motion speed: PVC material for low speed (≤500mm/s), PU or metal-reinforced skeleton for high speed (>1000mm/s).
    • Stroke length: For strokes >2000mm, a segmented design is recommended to avoid folding stress concentration.
  2. Environmental adaptability design
    • Moist environment: Select stainless steel skeleton + waterproof coating (protection class IP65).
    • Flammable and explosive scenarios: Explosion-proof protective covers should be paired with grounding wires to prevent static electricity accumulation.
  3. Installation and maintenance optimization
    • It is recommended to reserve 10%~15% folding allowance to avoid excessive stretching; regularly clean debris from the protective cover surface to extend service life by 20%.

6. Technical Development Trends

  1. Intelligent integration
    • Built-in sensors monitor wear degree, and real-time alarms through IoT systems (e.g., triggering equipment shutdown when the protective cover is torn).
  2. Material innovation
    • Nano-coating technology: Graphene-modified PU materials with 3x improved wear resistance and 50% reduced friction coefficient.
  3. Green design
    • Recyclable materials account for over 90%, and some models support thermal recycling (e.g., PVC protective covers).

Conclusion


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