SpanTech® 50mm Acetal Plain PillowTop Chain
SpanTech® 50mm Acetal Plain PillowTop Chain
SKU:CHA-174271
Enhance food industry transfers with SpanTech®'s 50mm Acetal Plain PillowTop Chain. Superior design for delicate products.
Regular price
$399.99
Regular price
Sale price
$399.99
Unit price
per
Initiate Order
SpanTech® 50mm Acetal Plain PillowTop Chain
$399.99
Quantity: 1
Claim Your Seller Account
SpanTech® 50mm Acetal Plain PillowTop Chain
$399.99
Quantity: 1
Delivery via Maden
Expect your order to arrive on time.
Secure Payments
All orders are processed through a secure, PCI-compliant checkout.
The SpanTech® 50mm Acetal Plain PillowTop Chain offers a curved design that minimizes chordal action, enabling precise product positioning in food industries. With a tight turning radius, this lightweight yet durable chain is ideal for delicate products like tortillas and cookies. Its open design enhances cleanability, making it perfect for cooling applications. Additionally, it seamlessly replaces 50mm SuperTight chains, providing a cost-effective transfer solution for small products.
Product Specifications
Additional Information Additional Information
Handles the most delicate of products with ease and precision.
Chain Options Chain Options
Plain (White or Blue)Moving Side Guide (White or Blue)
Specifications Available Width Ranges
3.76 to 46.28 in | 95.6 to 1205.6 mm
Specifications Color
Plain
Specifications Durable
50 mm PillowTop Chain is very lightweight yet very strong.
Specifications Material Options
Acetal
Specifications Pitch Size
1.97 in | 50 mm
Specifications Sanitary
The open design concept improves cleanability and makes it perfect for cooling applications.
Specifications Tight Turning Radius
50 mm PillowTop chain has one of the tighter turning radii that Span Tech offers.
What Is Chordal Action What Is Chordal Action
The rising and lowering of an individual chain link as it enters a sprocket is known as chordal action. The reason it happens is simply due to geometry. When a chain is "wrapped" around a sprocket, the pins of the chain form a polygon shape. When you look at this polygon shape traveling around a sprocket, it is bumpy - not smooth. When a conveyor chain enters a drive sprocket, it goes from a flat line to this polygon shape and results in a rise/lowering of the pin. This effect can be lessened only by using a smaller pitch chain, or increasing the sprocket size - it cannot be prevented. That being said, depending on the elevation of the chain (in relation to the sprocket), we can control whether the chain "rises" or "lowers" to match this polygon shape.