1120-8M-35 RICH | Timing Belt 1120-8M-35 RICH
search
  • 1120-8M-35 RICH | Timing Belt 1120-8M-35 RICH

1120-8M-35 RICH | Timing Belt

RICH
1120-8M-35
€22.83
No tax
Quantity
🏠 The Product Is In Our Warehouse And Will Arrive At Your Shipping Address Within 7–10 Business Days.

The minimum purchase order quantity for the product is 10.

Rating:
(0)

1120-8M-35 RICH 8M Profile Timing Belt - L=1120 mm, W=35 mm


Technical Specifications:

  • Brand: RICH
  • Type: Timing Belt
  • Model: 1120-8M-35
  • Profile: 8M (8 mm pitch)
  • Pitch (t): 8 mm
  • Pitch Length (Ld=Lp=Lw): 1120 mm
  • Number of Teeth: 140
  • Width (W): 35 mm (Inferred from Model)
  • Belt Thickness (hs): 5.6 mm
  • Tooth Height (ht): 3.4 mm
  • Weight: 0.208 kg
  • Country of Origin: China

The 1120-8M-35 RICH is a heavy-duty 8M Profile Timing Belt produced by RICH, designed for reliable, high-power synchronous drives. The belt's robust construction and 35 mm width make it ideal for machinery requiring significant torque transfer. It features a long pitch length of 1120 mm with an 8 mm pitch, totaling 140 teeth.

The curvilinear 8M tooth design minimizes the stress concentration at the tooth root, allowing for higher load capacity compared to trapezoidal profiles. This makes the 1120-8M-35 RICH highly suited for major industrial applications, including heavy machinery, machine tools, and demanding processing equipment. Constructed with high-strength tensile cords and durable compounds, the belt delivers exceptional dimensional stability, high fatigue resistance, and a long service life.


Key Performance Advantages:

  • High-Torque 8M Profile: Curvilinear tooth shape provides superior load-carrying capacity.
  • Wide Width (35 mm): Ensures robust power transfer and excellent stability for heavy-duty applications.
  • Synchronous Drive: Delivers positive, non-slip transmission for accurate speed and timing.
  • Low Maintenance: Built for high efficiency and long service life in industrial environments.

16 other products in the same category:

arrow_upward