Fast Delivery Belts
Belt Type: 01 FDA Accumulation
Surface Material: Urethane
Carcass Material: Polyester
Max. Part Temperature: 212˚F (100˚C)
Coefficient of Friction: Low
FDA Approved: Yes
Anti Static: Yes
Static Conductive: No
Chemical Resistance: Good
Application: Packaging, cleanroom & inspection
Belt Type: 02 FDA General Purpose
Surface Material: Urethane
Carcass Material: Polyester
Max. Part Temperature: 212˚F (100˚C)
Coefficient of Friction: Medium
FDA Approved: Yes
Anti Static: Yes
Static Conductive: No
Chemical Resistance: Good
Application: Most versatile belt offering
Belt Type: 03 FDA High Friction
Surface Material: Urethane
Carcass Material: Polyester
Max. Part Temperature: 212˚F (100˚C)
Coefficient of Friction: High
FDA Approved: Yes
Anti Static: Yes
Static Conductive: No
Chemical Resistance: Good
Application: Packaging, cleanroom & inspection
Belt Type: 05 Accumulation
Surface Material: Urethane
Carcass Material: Polyester
Max. Part Temperature: 212˚F (100˚C)
Coefficient of Friction: Very Low
FDA Approved: Yes
Anti Static: Yes
Static Conductive: No
Chemical Resistance: Good
Application: Accumulation of products
Belt Type: 06 Static Dissipative
Surface Material: Urethane
Carcass Material: Polyester
Max. Part Temperature: 176˚F (80˚C)
Coefficient of Friction: Very Low
FDA Approved: No
Anti Static: Yes
Static Conductive: Dissipative
Chemical Resistance: Good
Application: Electronics Handling
Belt Type: 08 High Friction
Surface Material: PVC
Carcass Material: Polyester
Max. Part Temperature: 158˚F (70˚C)
Coefficient of Friction: Very High
FDA Approved: No
Anti Static: Yes
Static Conductive: No
Chemical Resistance: Poor
Application: For inclines up to 35˚ depending upon dust, fluids and part material
Application Specific Belts
Belt Type: 19 Nose bar High Friction
Surface Material: Urethane
Carcass Material: Polyester
V-guided: No
Anti Static: Yes
Static Conductive: No
Max. Part Temperature: 212˚F (100˚C)
Coefficient of Friction: High
FDA Approved: Yes
Chemical Resistance: Good
Application: Very Small Product Transfer, 8mm (5/1 in) Nose bar Compatible, High Friction
Belt Type: 50 Heat Resistant
Surface Material: Silicone
V-guided: No
Anti Static: Yes
Max. Part Temperature: 356˚F (180˚C)
Coefficient of Friction: Low
FDA Approved: No
Chemical Resistance: Very Good
Application: High temperature
Belt Type: 53 Single Ply Transparent Accumulation
Translucent / Nosebar / Accumulation, Very Thin .02″
Surface Material: Urethane
Max. Part Temperature: 212˚F (100˚C)
Coefficient of Friction: Very Low
FDA Approved: Yes
Static Conductive: No
Chemical Resistance: Good
Application: Back Lit inspection & Very Small Product Transfer
Belt Type: 54 FDA Sealed Edge
Surface Material: Urethane
V-guided: Yes
Max. Part Temperature: 176˚F (80˚C)
Coefficient of Friction: Low
FDA Approved: Yes
Anti Static: Yes
Chemical Resistance: Good
Application: Packaging, Cleanroom, Inspection
Belt Type: 55 FDA Sealed Edge
Surface Material: Urethane
V-guided: Yes
Max. Part Temperature: 176˚F (80˚C)
Coefficient of Friction: High
FDA Approved: Yes
Anti Static: Yes
Chemical Resistance: Good
Application: Packaging, Cleanroom, Inspection
Belt Type: 56 Cut Resistant
Surface Material: Urethane
V-guided: Yes
Max. Part Temperature: 212˚F (100˚C)
Coefficient of Friction: Medium
FDA Approved: No
Anti Static: Yes
Chemical Resistance: Good
Application: Oily Product Release, Metal Stamping, Dimpled Texture
Belt Type: 57 Cut Resistant
Surface Material: Nitrile
V-guided: Yes
Max. Part Temperature: 176˚F (80˚C)
Coefficient of Friction: Medium
FDA Approved: No
Anti Static: Yes
Chemical Resistance: Poor
Application: Felt-like “Fuzzy” Texture, Dry Metal Stamping, Glass & Ceramic
Belt Type: 58 Cut Resistant
Chemical Resistance
Surface Material: Urethane
V-guided: No
Max. Part Temperature: 194˚F (90˚C)
Coefficient of Friction: Low
FDA Approved: No
Anti Static: Yes
Chemical Resistance: Good
Application: Surface Gold Colored
Belt Type: 59 Color Contrasting
Surface Material: PVC
V-guided: Yes
Max. Part Temperature: 158˚F (70˚C)
Coefficient of Friction: Medium
FDA Approved: No
Anti Static: Yes
Chemical Resistance: Poor
Application: Black Colored, Hides Overspray From Ink Jet
Belt Type: 60 Color Contrasting
Surface Material: Urethane
V-guided: Yes
Max. Part Temperature: 212˚F (100˚C)
Coefficient of Friction: Low
FDA Approved: Yes
Anti Static: Yes
Chemical Resistance: Good
Application: Matte Green Colored
Belt Type: 61 Color Contrasting
Surface Material: Urethane
V-guided: Yes
Max. Part Temperature: 212˚F (100˚C)
Coefficient of Friction: Low
FDA Approved: Yes
Chemical Resistance: Good
Application: Matte Blue Colored
Belt Type: 63 Electrically Conductive
Surface Material: Urethane
V-guided: Yes
Max. Part Temperature: 176˚F (80˚C)
Coefficient of Friction: Low
FDA Approved: No
Anti Static: Yes
Static Conductive: Yes
Chemical Resistance: Good
Application: Static Conductive, Electronics Handling
Belt Type: 64 High Friction
Grip Texture
Surface Material: PVC
V-guided: Yes
Max. Part Temperature: 176˚F (80˚C)
Coefficient of Friction: Very High
FDA Approved: No
Anti Static: Yes
Chemical Resistance: Poor
Application: Dark Green Colored, Rough Top Surface, Product Cushioning, Incline/decline Applications
Belt Type: 66 Chemical Resistant
Surface Material: Polyester
V-guided: Yes
Max. Part Temperature: 212˚F (100˚C)
Coefficient of Friction: Medium
FDA Approved: Yes
Anti Static: Yes
Chemical Resistance: Very Good
Application: Cut Resistant, Metal Stamping Applications
Belt Type: 67 Low Friction Cleated
(Do not use with Z-frame)
Surface Material: Polyester
V-guided: Yes
Max. Part Temperature: 212˚F (100˚C)
Coefficient of Friction: n/a
FDA Approved: Yes
Chemical Resistance: Good
Application: Excellent product release, consult factory for part number nd how to specify low friction
Belt Type: 68 FDA Encased
Surface Material: Urethane
V-guided: Yes
Max. Part Temperature: 176˚F (80˚C)
Coefficient of Friction: Low
FDA Approved: Yes
Anti Static: Yes
Chemical Resistance: Good
Application: Urethane encased for added sanitary protection
Belt Type: 69 FDA Encased
Surface Material: Urethane
V-guided: Yes
Max. Part Temperature: 176˚F (80˚C)
Coefficient of Friction: Medium
FDA Approved: Yes
Anti Static: Yes
Chemical Resistance: Good
Application: Urethane encased for added sanitary protection
Belt Type: 70 FDA Solid Urethane
Surface Material: Urethane
V-guided: Yes
Max. Part Temperature: 212˚F (100˚C)
Coefficient of Friction: Medium
FDA Approved: Yes
Chemical Resistance: Good
Application: USDA approved, wet applications
Belt Type: 71 FDA High Release
Surface Material: Urethane
V-guided: Yes
Max. Part Temperature: 212˚F (100˚C)
Coefficient of Friction: Low
FDA Approved: Yes
Chemical Resistance: Good
Application: High release cover, easily releases raw dough or stick food product
Belt Type: 72 Nosebar
Surface Material: Urethane
Max. Part Temperature: 212˚F (100˚C)
Coefficient of Friction: Medium
FDA Approved: Yes
Anti Static: Yes
Static Conductive: No
Chemical Resistance: Good
Application: 5/8″ nosebar, medium friction
Belt Type: 73 Nosebar Belt low friction
Surface Material: Urethane
Max. Part Temperature: 212˚F (100˚C)
Coefficient of Friction: Low
FDA Approved: Yes
Anti Static: Yes
Static Conductive: No
Chemical Resistance: Good
Application: 5/16″ nosebar, low friction
Belt Type: 75 Black Urethane
Surface Material: Black Urethane
V-guided: Yes
Max. Part Temperature: 176˚F (80˚C)
Coefficient of Friction: Low
FDA Approved: No
Anti Static: Yes
Chemical Resistance: Good
Belt Type: 76 Black Nosebar Belt
Surface Material: Urethane
V-guided: Yes
Max. Part Temperature: 176˚F (80˚C)
Coefficient of Friction: Medium
FDA Approved: No
Anti Static: Yes
Chemical Resistance: Good
Application: Black Color, 5/16″ nosebar
Belt Type: 77 High Friction Green
Surface Material: Urethane
Max. Part Temperature: 212˚F (100˚C)
Coefficient of Friction: High
FDA Approved: No
Anti Static: Yes
Static Conductive: No
Chemical Resistance: Good
Application: Green color, high friction, grooved
Belt Type: 78 Chemical Resistant
Surface Material: Polyolefin
Max. Part Temperature: 140˚F (60˚C)
Coefficient of Friction: High
FDA Approved: Yes
Anti Static: No
Static Conductive: No
Chemical Resistance: Very Good
Application: Chemical resistant, food grade
Belt Type: 79 Chemical Resistant
Surface Material: Polyolefin
Max. Part Temperature: 140˚F (60˚C)
Coefficient of Friction: Medium
FDA Approved: Yes
Anti Static: Yes
Static Conductive: No
Chemical Resistance: Very Good
Application: Chemical resistant, food grade
Belt Type: 80 High Friction Silicone
Surface Material: Silicone
Max. Part Temperature: 176˚F (80˚C)
Coefficient of Friction: High
FDA Approved: Yes
Anti Static: No
Static Conductive: No
Chemical Resistance: Good
Application: Silicone material, high friction
Belt Type: 81 Medium/Low Friction
Surface Material: Silicone
Max. Part Temperature: 212˚F (100˚C)
Coefficient of Friction: Medium
FDA Approved: Yes
Anti Static: No
Static Conductive: No
Chemical Resistance: Good
Application: Silicone material, low to medium friction
Belt Splice
Finger Splice
All belts are available with a standard Thermoformed finger splice. This splice makes the belt continuous and is virtually undetectable. Splice bonding methods vary by belt type. Consult factory for details.
Plastic Clipper*
An optional plastic clipper splice is available for quick removal of belts or when conveyors are installed in tight spaces. The clipper does not protrude above the belt surface.
Metal Clipper*
An optional metal clipper splice is also available for quick removal of belts or when conveyors are installed in tight spaces.
*See belt charts for compatibility. Not for use with 2200 Series Nose Bar Transfer or 2200 Series with bottom wiper option.
Plastic and Metal Clippers are slightly thicker than base belt. Contact factory for details.
Cleat Types
- Minimum cleat spacing = 29mm (1.13 in) – Clear Section could impact minum spacing. Contact the factory for details.
* Maximum cleat spacing for 457 mm (18”) and wider conveyors = 508 mm (20″)
** Maximum cleat spacing for 2 m (7ft) and longer conveyors = 508 mm (20 in)
18” and wider conveyors are limited to 2 m (7 ft) long
Base Belt Material: .055 in (1.4 mm) thick, high friction FDA approved urethane, 176˚F (80˚C) maximum part temperature.
See Specialty Belt 67 for low friction base belt material.
Note: Minimum cleat spacing is approximately 2” (51). Consult Factory.
Cleat Spacing
Refer to Formulas below.
Use formula 1 to determine the approximate number of cleats required based upon the desired cleat spacing. Since a partial cleat cannot be used, round the number of cleats up or down.
Use formula 2 to get the cleat space reference for the conveyor part number.
Formula 1
Number of Cleats = [(Conveyor Length in feet x 24) + 3.11] / [Desired cleat spacing in inches (x)]
Formula 2
Cleat Space Reference (x) = [(Conveyor Length in feet x 24) + 3.11] / Number of Cleats in Formula 1
