World Prime Services PVC conveyor belts are versatile light-duty industrial belts for logistics, packaging, food processing, electronics, printing, textile, ceramics, marble and stone processing, woodworking and general conveying. The reference product family offers more than 30 surface patterns and a broad range of constructions for different friction, load and process requirements.
The verified family range lists Green, White, Black and Blue as standard/reference colors, with customized colors available.
PVC Patterns & Fabrics (Over 30 Surface Patterns)
More than 30 surface patterns may be available. Special patterns can be customized subject to technical and manufacturing feasibility. Surface texture is selected according to friction, release, drainage, product marking, incline angle and cleaning requirements.
Pattern / Impression
Functional Description
Typical Application
Matt
Non-adhesive general-purpose surface
General conveying
Diamond
Approx. 0.6 mm pattern; broad-width option
Logistics and food processing
Rough Fabric
Approx. 0.3 mm texture
General conveying
Rough Top – Light
Approx. 1.6 mm high-friction profile
Incline logistics and airport
Rough Top – Heavy
Approx. 2.4 mm high-friction profile
Incline logistics and airport
Round Nipple
Approx. 0.6 mm embossed profile
Marble processing / incline
Shallow Diamond
Controlled grip
Logistics / processing
Leather
Decorative / controlled friction
Special handling
Sandblast
Fine textured grip
General processing
Herringbone
Directional grip
Incline conveying
Sawtooth
Directional high grip
Incline conveying
Golf
Moderate grip
Packaging / general industry
Fine Golf
Fine controlled grip
General handling
Grass Top
High-friction surface
Incline conveying
Super Grip
Very high friction
Steep incline / parcels
Fine Rough Top
Fine high-friction texture
Product handling
Fabric Impression
Textile-like surface
General handling
Cross Pattern
Multidirectional grip
Incline / positioning
Wave Top
Directional product control
Incline / decline
Big Diamond
Heavy embossed grip
Industrial handling
Checker Top
Grip and positioning
Packaging / general industry
Square Top
Raised square profile
Incline conveying
Dot Top
Point-contact grip
General processing
Oval Top
Raised oval profile
Special handling
Long Rib
Longitudinal ribs
Tracking / directional movement
Transverse Rib
Rollback resistance
Incline conveying
Zigzag
Directional friction
Special conveying
Blade Top
High-profile grip
Incline conveying
Fishbone
Directional drainage / grip
General processing
Hexagon
Multidirectional grip
Packaging / general industry
Brick Top
Raised block profile
Incline conveying
Cone Top
Point-contact high grip
Special conveying
T-Wave
Directional profile
Incline conveying
U-Rib
Ribbed traction
General conveying
Micro Dot
Fine contact texture
Precision handling
Principal Surface Patterns
Pattern
Reference Information
Matt
Non-adhesive surface; general application
Diamond
Approx. 0.6 mm pattern; up to 3000 mm reference width; logistics and food processing
Rough Fabric
Approx. 0.3 mm texture; general application
Rough Top
Approx. 1.6 or 2.4 mm high-friction pattern; incline conveying; logistics and airport
Round Nipple
Approx. 0.6 mm pattern; incline conveying; marble processing
Other Patterns
More than 30 surface patterns are indicated for the PVC family
Splice, V-guide, cleat, sidewall, perforation or custom
PVC conveyor belts are widely used in logistics, packaging, food, electronics, textile, woodworking and many other industries.
Features:light weight, high flexibility, excellent abrasion resistance, oil and chemical resistance, anti-static options and various surface patterns.
PU Conveyor Belts
World Prime Services polyurethane conveyor belts are designed for lightweight industrial and hygienic conveying applications. PU-coated textile constructions combine flexibility, abrasion resistance and good resistance to oils and fats on suitable grades. Food-contact configurations can be supplied subject to the required market compliance and application specification.
Parameter
Range / Description
Material
Thermoplastic polyurethane (PU) coated textile conveyor belt
Thickness
0.7-5.0 mm; customized constructions available
Standard Colors
Green, White, Blue; other colors subject to manufacturing feasibility
Smooth, Smooth/Fabric, Matt and customized textures
Standard Colors
Color
Typical Use
Green
General industrial conveying and process lines
White
Food-processing and clean-production environments
Blue
Food-processing visibility and specialty clean applications
Surface Options
Surface
Description
Smooth
Easy-clean surface for stable product transfer and hygienic applications
Smooth / Fabric
PU top cover with textile underside for slide-bed operation
Matt
Fine textured surface providing controlled friction and reduced glare
PU Conveyor Belt – Technical Models
The following model data is organized from the referenced PU conveyor belt technical range. Final availability and commercial designation should be confirmed when ordering.
Type
Ply
Color
Top / Bottom
Total mm
Cover mm
Shore A
Weight kg/m²
1% Pull
Min Pulley
Temp
8U12-14BA
1
Green
Smooth / Fabric
0,8
0,3
86
1,0
4
6
-20/+80
8U12-24BA
1
White
Smooth / Fabric
0,8
0,3
86
1,0
4
6
-20/+80
10U12-24A
1
White
Smooth
1,0
0,5
95
1,2
4
8
-20/+80
15U22-14A
2
Green
Smooth
1,5
0,5
95
1,8
8
20
-20/+80
15U22-24A
2
White
Smooth
1,5
0,5
95
1,8
8
20
-20/+80
15U22-84/0A
2
Blue
Matt
1,5
0,5
90
1,8
12
20
-20/+80
16U22-24A
2
White
Smooth
1,6
0,5
95
1,9
8
20
-20/+80
20U22-14A
2
Green
Smooth
2,0
0,5
90
2,4
8
40
-20/+80
Model Selection Notes
8U12 series: ultra-light 1-ply construction for small pulley diameters and lightweight conveying.
10U12-24A: white 1-ply smooth PU belt for compact hygienic or process conveyors.
15U22 series: 2-ply medium-light construction in green, white and blue, including smooth and matt surfaces.
16U22-24A: white smooth 2-ply construction with 1.6 mm total thickness.
20U22-14A: heavier green smooth 2-ply construction with 2.0 mm total thickness.
Industry Applications
Industry
Typical PU Belt Duty
Food Processing
Meat, poultry, seafood, bakery, confectionery, fruit and vegetable handling
Packaging & Logistics
Clean packaging lines, inspection, sorting and product transfer
Electronics
Precision component handling and clean assembly lines
Textile
Low-marking and controlled-friction process conveying
Woodworking
Selected smooth PU applications requiring clean product contact
Product Performance Details
Property
Selection Consideration
Flexibility
Supports compact conveyor layouts and smaller pulley diameters on light constructions
Oil / Fat Resistance
Suitable grades for food and industrial environments involving oils and fats
Abrasion Resistance
PU covers offer good wear behavior in repetitive conveying
Cleanability
Smooth surfaces support easier sanitation and product release
Low-temperature performance
Typical operating range extends to approximately -20 °C on listed models
Food-Contact & Hygienic Applications
For direct food-contact service, specify the target market and applicable food-contact regulation at the quotation stage. Compliance documentation should be confirmed for the exact belt compound, color and production batch supplied.
Ordering Information
Required Data
Customer Specification
Model / Construction
Required PU model or duty description
Width
mm
Length
Open length or endless length, mm
Color
Green / White / Blue / custom
Surface
Smooth / Smooth-Fabric / Matt / custom
Operating Temperature
Minimum / maximum °C
Load and speed
Conveyed load and belt speed
Pulley Diameters
Drive / tail / snub pulley diameters
Environment
Oil, fat, cleaning chemical, moisture, cold room
Food-contact requirement
Applicable target-market regulation, if required
Fabrication
Endless splice, guide, cleat, sidewall, perforation or custom
PE Conveyor Belts
World Prime Services PE (polyethylene) conveyor belts are lightweight thermoplastic conveying solutions intended for clean-process, packaging and selected food-handling duties where low adhesion, moisture resistance and easy-clean surfaces are desirable. Final material formulation and compliance shall be selected for the specific process.
Characteristic
Description
Material family
Polyethylene (PE) thermoplastic conveyor belt construction
Primary benefits
Low adhesion, moisture resistance, lightweight handling and easy-clean surface
Typical Colors
Green, White, Blue; customized colors subject to manufacturing feasibility
Typical surfaces
Smooth, matt / embossed and fine-texture options
Fabrication
Custom width, endless joining, guides and cleats where construction permits
Food applications
Specify exact target-market food-contact compliance before ordering
Important Technical Data Status
The referenced manufacturer's public PE Conveyor Belt product page identifies PE as a separate conveyor-belt family, but the public technical parameter table currently displays no PE model codes or populated numerical specification rows. Therefore, World Prime Services does not present unverified model numbers, thicknesses, hardness values, effective-pull values, pulley diameters or temperature limits as manufacturer-derived data. These values must be confirmed against the exact PE construction offered.
Standard Colors – Representative Visuals
Color
Typical Selection Context
Green
General clean industrial conveying
White
Food and hygienic process environments
Blue
Food-processing visibility and clean production
Surface Options – Representative Visuals
Surface
Typical Function
Smooth
Low adhesion and easier cleaning
Matt / Embossed
Controlled friction
Fine Texture
Product stabilization and controlled grip
PE Conveyor Belts – Application & Selection
Application
Selection Considerations
Food Processing
Cleanability, food-contact compliance, oils/fats and cleaning chemistry
Packaging & Logistics
Product weight, speed, friction and accumulation
Recycling
Impact, abrasion, contamination and conveyed material
Agriculture
Moisture, product marking and outdoor exposure
General Industry
Load, pulley diameter, speed and operating environment
Property
Engineering Consideration
Chemical Resistance
Confirm exact chemical, concentration, exposure duration and temperature
Low Friction / Release
Select surface finish according to accumulation and product release
Impact Resistance
Validate belt construction and support bed against impact loading
Cleanability
Match surface and splice design to sanitation procedure
Dimensional Stability
Confirm textile reinforcement and tension requirements
Service Life
Depends on load, speed, pulley size, environment, tracking and maintenance
PE Belt Selection Data – To Be Confirmed
Parameter
Required / Confirmed Value
Total thickness
To be specified
Number of plies
To be specified
Top cover thickness
To be specified
Color
Green / White / Black / Blue / Custom
Top surface
Smooth / Matt / Fine Texture / Custom
Bottom surface
Fabric / coated / application-specific
Effective pull at 1% elongation
Confirm by exact construction
Minimum pulley diameter
Confirm by exact construction and splice
Operating temperature
Confirm by exact PE compound
Maximum available width
Confirm at quotation
Food-contact compliance
Specify applicable regulation / market
Ordering Information
Required Data
Customer Specification
Application
Product/material conveyed
Belt width
mm
Belt length
Open or endless, mm
Thickness
Required or duty-based selection
Color
Required color
Surface
Required top/bottom finish
Load and Speed
kg e m/s
Pulley Diameters
Drive / tail / snub
Temperature
Minimum / maximum °C
Environment
Oil, fat, humidity, washdown
Special Requirement
Food contact, antistatic or other
Fabrication
Splice, guide, cleat, perforation or custom
TPEE Conveyor Belts
World Prime Services TPEE conveyor belts are thermoplastic polyester elastomer belt constructions intended for precision and industrial conveying. The verified reference range is based on black, 2-ply belts with four distinct surface patterns: Diamond, Shallow Diamond, Leather and Sandblast.
Verified Technical Range
Type
Ply
Color
Pattern
Total mm
Cover mm
Shore A
Weight kg/m²
1% Pull
Min Pulley
Temp
S20/1
2
Black
Diamond
2,0
0,5
70
2,3
8
40
-15/+60
S20/17
2
Black
Shallow Diamond
2,0
0,5
70
2,3
8
40
-15/+60
S20/20
2
Black
Leather
2,0
0,5
75
2,4
8
40
-15/+60
S20/31
2
Black
Sandblast
2,0
0,5
75
2,4
8
40
-15/+60
Technical Characteristics
Parameter
Verified Range / Description
Number of plies
2
Color
Black
Total thickness
2,0 mm
Top cover thickness
0,5 mm
Cover hardness
70 or 75 Shore A, depending on pattern
Weight
2,3 ou 2,4 kg/m²
Effective pull at 1% elongation
8 N/mm
Minimum pulley diameter
40 mm
Temperature Range
-15 a +60 °C
Support suitability
Slide and roller support indicated in the reference technical table
Lateral stability
Indicated in the reference technical table
Antistatic
Indicated in the reference technical table
Oil and fat resistance
Indicated for S20/20 in the reference technical table
Surface Patterns
Model
Surface Pattern
Typical Surface Function
S20/1
Diamond
Embossed multidirectional grip
S20/17
Shallow Diamond
Lower-profile controlled grip
S20/20
Leather
Textured surface for controlled friction
S20/31
Sandblast
Fine textured industrial surface
The verified TPEE models listed in the public technical parameter table are black. Other colors shown in representative visuals should not be treated as verified standard colors for models S20/1, S20/17, S20/20 or S20/31 unless separately confirmed.
TPEE Conveyor Belts – Application & Selection
Application
Engineering Consideration
Packaging & Logistics
Friction, speed, accumulation and dimensional stability
Textile & Printing
Low elongation, stable tracking and surface finish
Electronics
Antistatic requirement, precision handling and clean edges
General Industry
Load, abrasion, pulley size and operating environment
Processing Lines
Pattern selection according to grip and product release
Property
Selection Consideration
Surface Grip
Select Diamond, Shallow Diamond, Leather or Sandblast according to product and friction requirement
Abrasion / Wear
Validate against conveyed product and duty cycle
Chemical Exposure
Confirm exact chemical, concentration, time and temperature
Dimensional Stability
Verify tension, conveyor geometry and operating load
Temperature
Verified listed range for S20 series is -15 to +60 °C
Pulley Diameter
Verified listed minimum is 40 mm for the four S20 models
Ordering Information
Required Data
Customer Specification
Model
S20/1 / S20/17 / S20/20 / S20/31 or duty-based selection
Width
mm
Length
Open or endless, mm
Pattern
Diamond / Shallow Diamond / Leather / Sandblast
Load and Speed
kg e m/s
Pulley Diameters
Drive / tail / snub
Operating Temperature
Minimum / maximum °C
Environment
Oil, fat, chemical, moisture or other
Support
Slide bed / roller bed
Silicone Conveyor Belts
World Prime Services silicone conveyor belts are specialty process belts intended for applications where release behavior, thermal resistance and product-contact characteristics are important. Typical uses include bakery, confectionery, food processing, packaging, textile, lamination and other specialty industrial processes.
Reference-Source Data Status
The referenced manufacturer's public product menu lists Silicon Conveyor Belt as a separate conveyor-belt family. However, its public technical parameter table currently contains no populated model codes or numerical rows for this family. Therefore, this catalogue does not present unverified model numbers, thicknesses, hardness, effective pull, minimum pulley diameter or temperature limits as manufacturer-derived specifications. Final numerical data must be confirmed for the exact silicone belt construction supplied.
Product Characteristics
Characteristic
Engineering Description
Cover / Surface Material
Silicone-based specialty surface or silicone-coated textile construction
Primary Function
Release / non-stick conveying and specialty temperature-duty processing
Typical Surface Options
Smooth, textured / embossed, fabric-backed or application-specific
Typical Colors
White, gray and other colors may be available depending on compound and construction
Fabric Reinforcement
Application-specific textile reinforcement
Food Processing
Food-contact compliance must be specified and documented for the exact supplied compound
Fabrication
Endless joining, guides, cleats or perforation subject to construction compatibility
Colors shown are representative visual examples only and are not presented as verified standard colors of the referenced manufacturer's silicone conveyor-belt range.
Representative Surface Options
Surface
Typical Function
Smooth
Release, easy cleaning and stable product transfer
Embossed / Diamond-type
Controlled grip and reduced contact area
Matt / Fabric-type
Controlled friction or textile-contact processing
Silicone Conveyor Belts – Application & Selection
Application
Selection Considerations
Bakery & Confectionery
Release behavior, product marking, temperature and sanitation
Food Processing
Food-contact compliance, cleaning chemistry and oil/fat exposure
Pharmaceutical / Clean Process
Cleanability, product compatibility and documentation
Electronics
Thermal process, surface release and dimensional stability
Packaging
Product release, friction and conveyor speed
Textile / Lamination
Heat, release behavior and surface texture
Property
Engineering Consideration
Temperature Resistance
Must be confirmed for the exact silicone compound, textile reinforcement and splice
Release / Non-Stick
Select surface finish according to conveyed material and process temperature
Chemical Resistance
Confirm chemical type, concentration, exposure duration and temperature
Abrasion / Tear
Validate against conveyed product, scraper contact and duty cycle
Pulley Diameter
Confirm against total thickness, fabric, splice and operating temperature
Dimensional Stability
Confirm tensile reinforcement and tensioning requirements
Hygiene
Specify cleaning regime and required food/pharma compliance
Technical Data – To Be Confirmed by Exact Construction
Parameter
Required / Confirmed Value
Product code
To be assigned / confirmed
Number of plies
To be confirmed
Color
To be confirmed
Top / bottom pattern
To be confirmed
Total thickness
To be confirmed
Cover thickness
To be confirmed
Cover hardness
To be confirmed
Weight
To be confirmed
Effective pull at 1% elongation
To be confirmed
Minimum pulley diameter
To be confirmed
Operating Temperature
To be confirmed
Antistatic property
If required, specify test method
Food-contact compliance
Specify target market / regulation
Oil / fat resistance
Confirm by exact compound
Ordering Information
Required Data
Customer Specification
Application
Product and process description
Belt width
mm
Belt length
Open or endless, mm
Surface
Smooth / embossed / fabric / custom
Color
Required color
Temperature
Continuous and peak °C
Load and Speed
kg e m/s
Pulley Diameters
Drive / tail / snub
Chemical exposure
Chemical, concentration and contact time
Cleaning
Method, detergent and wash temperature
Compliance
Food / pharma / other requirement
Fabrication
Splice, guide, cleat, perforation or custom
PVK / Logistics Belting
World Prime Services PVK and logistics belting solutions are intended for high-throughput material handling, parcel sorting, distribution centers and airport baggage systems. The referenced logistics range emphasizes lightweight construction, good elasticity, low elongation and long service life. Planar and skid-resistant logistics belts may be specified with antistatic, cut/corrosion-resistant, flame-resistant and low-noise characteristics according to the exact belt grade.
Characteristic
Description
Primary industries
Logistics, airports, parcel hubs, warehousing and distribution
Operating duty
High-speed conveying, sorting, baggage handling and carton transport
Key characteristics
Light weight, good elasticity, small elongation and long service life
Functional options
Antistatic, cut/corrosion resistance, flame resistance and low noise on suitable grades
PVK application
PVK conveyor belts are specifically identified as widely used in logistics
Verified PVK Technical Models
Type
Ply
Color
Pattern
Total mm
Cover Top/Bottom mm
Weight kg/m²
1% Pull
Min Pulley
Temp
30PVK100
1
Black
Fabric
3,0
0,2 / 0,1
3,4
15
60
-15/+95
38PVK125
1
Black
Fabric
3,8
0,2 / 0,1
4,0
20
80
-15/+95
40PVK130
1
Black
Fabric
4,0
0,2 / 0,1
4,2
22
90
-15/+95
43PVK150
1
Black
Fabric
4,3
0,2 / 0,1
4,5
25
100
-15/+95
PVK Model Selection Summary
Model
Thickness
Effective Pull at 1%
Minimum Pulley
Typical Selection Position
30PVK100
3,0 mm
15 N/mm
60 mm
Lighter PVK logistics duty
38PVK125
3,8 mm
20 N/mm
80 mm
Medium PVK logistics duty
40PVK130
4,0 mm
22 N/mm
90 mm
Medium-heavy PVK logistics duty
43PVK150
4,3 mm
25 N/mm
100 mm
Heavier PVK logistics duty
The verified PVK models listed above are black fabric constructions. Green, white, blue and grey images are representative of the wider logistics conveyor-belt portfolio and should not be interpreted as verified colors for PVK models 30PVK100, 38PVK125, 40PVK130 or 43PVK150.
Surface & Grip Options – Logistics Portfolio
Surface
Typical Logistics Function
Fabric – PVK
Durable woven surface for parcel and baggage handling
Matt
General low-reflection conveying
Diamond
Controlled multidirectional grip
Wavy Super Grip
High friction for incline conveying
Smooth
Stable horizontal product transfer
PVK / Logistics Belting – Application & Selection
Application
Typical Belt Requirement
Airport Baggage
Stable high-speed movement, low noise, antistatic and flame-resistant options
Express & Parcel Sorting
Dimensional stability, grip, low elongation and high cycling
Warehousing & Distribution
Long service life and reliable carton/tote transport
Carton Conveying
Controlled friction and accumulation behavior
Incline Conveying
High-grip patterns such as Diamond or Wavy Super Grip
General Logistics
Application-specific surface, thickness, antistatic and noise requirements
Additional Verified Logistics-Matched Belts
Type
Thickness
Ply
Color
Pattern
1% Pull
Min Pulley
Temperature
20P21-34/0
2,0 mm
2
Black
Matt
10 N/mm
30 mm
-15/+80 °C
20P25-14/1A
2,0 mm
2
Green
Diamond
8 N/mm
30 mm
-15/+80 °C
20P25-44/1BZA
2,0 mm
2
Grey
Diamond
6 N/mm
40 mm
-15/+80 °C
50P22-16/9A
5,0 mm
2
Green
Wavy Super Grip
10 N/mm
60 mm
-20/+60 °C
53P22-36/9D
5,3 mm
2
Black
Wavy Super Grip
10 N/mm
50 mm
-20/+60 °C
40P33-27G
4,0 mm
3
White
Fabric
10 N/mm
140 mm
-15/+80 °C
Property
Engineering Consideration
High-Speed Stability
Select tensile class, pulley diameter and tension according to conveyor speed and load
Low Elongation
Important for sorters and long conveying centers
Antistatic
Specify required electrical resistance/test standard
Flame Resistance
Specify applicable airport/logistics fire-safety standard
Low Noise
Select underside and conveyor support to reduce running noise
Incline Grip
Use appropriate Diamond or Super Grip surface where rollback must be controlled
Tracking
Maintain pulley alignment, frame geometry, tension and centered loading
Splice
Select endless joining method according to belt type and high-cycle duty
Ordering Information
Required Data
Customer Specification
Application
Airport / parcel / warehouse / sorter / incline
Belt type
PVK or logistics belt duty
Width
mm
Length
Open or endless, mm
Model
30PVK100 / 38PVK125 / 40PVK130 / 43PVK150 or other
World Prime Services PU timing belts are manufactured from thermoplastic polyurethane. The referenced standard construction uses steel cord tensile members, combining superior wear and abrasion resistance with good running characteristics under high tractive loads.
Feature
Description
Material
Thermoplastic polyurethane (PU)
Tensile member
Steel cord in referenced standard construction
Benefits
Wear resistance, abrasion resistance, synchronous transmission, high tractive-load capability
Configurations
Open timing belt; endless/fabricated options subject to specification
Open-belt tolerances
Width ±0.5 mm; Height ±0.2 mm
HTD Profiles
Type
P (mm)
H (mm)
Ht (mm)
HTD5M
5,0
3,7
2,2
HTD8M
8,0
5,6
3,6
HTD14M
14,0
10,0
6,43
Imperial Profiles
Type
P (mm)
H (mm)
Ht (mm)
W (mm)
XL
5,08
2,3
1,27
1,37
L
9,525
3,6
1,9
3,2
H
12,7
4,3
2,29
4,4
XH
22,225
11,2
6,35
7,94
AT Profiles
Type
P (mm)
H (mm)
Ht (mm)
W (mm)
AT5
5,0
2,7
1,2
2,5
AT10
10,0
4,5
2,5
5,0
AT20
20,0
8,0
5,0
10,0
T Profiles
Type
P (mm)
H (mm)
Ht (mm)
W (mm)
T5
5,0
2,2
1,2
1,8
T10
10,0
4,5
2,5
3,5
T20
20,0
3,6
5,0
6,5
STD Profiles
Type
P (mm)
H (mm)
Ht (mm)
STD5M
5,0
3,4
1,91
STD8M
8,0
5,1
3,05
RPP-PAZ Profiles
Type
P (mm)
H (mm)
Ht (mm)
RPP5M-PAZ
5,0
3,8
2,0
RPP8M-PAZ
8,0
5,4
3,2
RPP14M-PAZ
14,0
10,0
6,0
Backing / Profile Options
Type
H (mm)
P2
2,0
P4
4,0
Typical Applications
Application
Typical Function
Automation & Robotics
Accurate positioning and repeatable linear motion
Packaging Machinery
Indexing and synchronized feeding
Textile Machinery
Synchronous drive and positioning
Woodworking Machinery
Machine-axis and process transmission
Printing Machinery
Registration and synchronized movement
Food Processing Equipment
Machine transmission where construction suits the environment
Property
Engineering Consideration
Profile
Match tooth profile and pitch to pulley geometry
Load
Select belt width and tensile member for transmitted force
Alignment
Maintain accurate pulley alignment
Pretension
Set for drive geometry and load
Speed
Confirm profile, pulley tooth count and dynamic load
Environment
Confirm temperature, oil, chemical and humidity exposure
Fabrication
Specify backing, machining, perforation or special processing
Ordering Information
Required Data
Customer Specification
Profile
HTD / AT / T / Imperial / STD / RPP-PAZ
Pitch
mm
Width
mm
Length
Open length or endless pitch length
Configuration
Open / Endless / Fabricated
Pulley data
Profile, tooth count and diameter
Load / Torque
Required transmission load
Speed
rpm or linear speed
Environment
Temperature, oil, chemical and humidity
Special processing
Backing, coating, machining, perforation or custom
PU Round & V-Belts
World Prime Services polyurethane round and V-belts are thermoplastic PU transmission and conveying elements for light industrial drives, roller conveying and machine applications. The verified reference range is available in green rough, red smooth and reinforced constructions, with round-belt diameters from 2 mm to 22 mm and customized options.
Parameter
Specification
Material
Polyurethane (PU)
Available reference constructions
Green rough, Red smooth, Reinforced
Round-belt diameter range
2–22 mm
Pretension
1,5–3%
Standard hardness
85 Shore A
Round-belt tolerance, diameter <15 mm
±0,3 mm
Round-belt tolerance, diameter >15 mm
±0,5 mm
V-belt width tolerance
±0,5 mm
V-belt height tolerance
±0,5 mm
Customization
Available subject to specification
Round Belt – Smooth / Rough
Type
Diameter D (mm)
Pretension (%)
Standard Packing (m/roll)
ψ2S
2
1,5–3
400
ψ3S/R
3
1,5–3
400
ψ4S/R
4
1,5–3
200
ψ5S/R
5
1,5–3
200
ψ6S/R
6
1,5–3
200
ψ7S/R
7
1,5–3
100
ψ8S/R
8
1,5–3
100
ψ10S/R
10
1,5–3
50
ψ12S/R
12
1,5–3
30
ψ15S/R
15
1,5–3
30
ψ18S/R
18
1,5–3
30
ψ22S/R
22
1,5–3
30
Round Belt – Smooth / Rough Reinforced
Type
Diameter D (mm)
Pretension (%)
Standard Packing (m/roll)
ψ10S/R
10
1,5–3
50
ψ12S/R
12
1,5–3
30
ψ15S/R
15
1,5–3
30
ψ18S/R
18
1,5–3
30
Standard V-Belt
Type
Width D (mm)
Height H (mm)
Pretension (%)
A-13/V
13
8
1,5–3
Applications
Application
Typical Function
Conveying Systems
Light-duty roller drive and product transfer
Packaging Machinery
Machine drive and conveying functions
Textile Machinery
Roller transmission and process drives
Woodworking Equipment
Machine transmission and auxiliary drives
Printing Machinery
Roller and synchronized process movement
Food Processing Equipment
Machine drive where exact PU grade is suitable for the environment
Property
Engineering Consideration
Diameter / Profile
Select according to pulley groove and transmitted load
Pretension
Verified reference range is 1.5-3%; final setting depends on drive geometry
Surface
Smooth or rough round belt according to friction requirement
Reinforcement
Use reinforced construction where higher tensile stability is required
Pulley Alignment
Maintain correct alignment to minimize edge and surface wear
Environment
Confirm oil, chemical, humidity and temperature compatibility
Joining
Specify endless welded length or open roll according to installation
Ordering Information – Round Belt
Required Data
Customer Specification
Type
Smooth / Rough / Reinforced
Diameter
2–22 mm
Color / Surface
Green rough / Red smooth / other confirmed option
Length
Standard roll or cut length
Pretension
Application requirement
Pulley Diameter
mm
Operating environment
Temperature, oil, chemical, humidity
Joining
Open / welded endless
Ordering Information – V-Belt
Required Data
Customer Specification
Profile / Type
A-13/V or confirmed custom profile
Width × Height
mm
Length
Required length
Pretension
Application requirement
Pulley groove
Geometry and diameter
Load / Speed
Transmission duty
Operating environment
Temperature, oil, chemical, humidity
PVC & PU Guides
World Prime Services PVC and PU conveyor-belt guides are thermoplastic profiles designed to support belt tracking and lateral guidance. The verified reference range includes D-series PVC guides and UD-series PU guides in green, white and transparent colors, with defined B × H dimensions and minimum pulley diameters.
PVC Guides – Verified Technical Range
Type
Shore A
B × H (mm)
Colors
Min. Diameter Top (mm)
Min. Diameter Bottom (mm)
D6
60
6 × 4
Green / White / Transparent
40
30
D8
60
8 × 5
Green / White / Transparent
50
40
D10
60
10 × 6
Green / White / Transparent
70
60
D13
60
13 × 8
Green / White / Transparent
100
80
D17
60
17 × 11
Green / White / Transparent
110
90
D22
60
22 × 14
Green / White / Transparent
180
120
D30
60
30 × 18
Green / White / Transparent
200
150
PU Guides – Verified Technical Range
Type
Shore A
B × H (mm)
Colors
Min. Diameter Top (mm)
Min. Diameter Bottom (mm)
UD6
65
6 × 4
Green / White / Transparent
40
30
UD8
65
8 × 5
Green / White / Transparent
50
40
UD10
65
10 × 6
Green / White / Transparent
70
60
UD13
65
13 × 8
Green / White / Transparent
100
80
UD17
65
17 × 11
Green / White / Transparent
110
90
The visual profiles are original representative illustrations for catalogue use (Flat Guide, U-Channel, C-Channel, L-Guide, T-Guide, V-Guide 90°, Round Rod, Wear Strip, H-Guide and Custom Profile, in both PVC and PU). The verified public guide range itself is defined by the D-series (PVC) and UD-series (PU) B × H dimensions listed in the technical tables.
Function & Application
Function
Engineering Purpose
Belt Tracking
Helps maintain belt alignment when a compatible guide runs in a matching pulley or slider-bed groove
Lateral Guidance
Supports controlled belt path on conveyors with suitable guide geometry
Curved / Special Conveyors
Guide selection may assist tracking where conveyor geometry requires engineered lateral control
Incline / Decline Systems
Can be combined with application-specific belt fabrication where tracking support is required
Packaging & Logistics
Used on suitable light-duty conveying systems
Food Processing
PU or PVC material selection and compliance must match the exact food-contact requirement
Material Selection
Material
Reference Hardness
Selection Consideration
PVC Guide
60 Shore A
General PVC conveyor-belt fabrication and tracking applications
PU Guide
65 Shore A
PU belt fabrication and applications requiring a PU guide material
Installation & Engineering Considerations
Item
Recommendation
Guide Position
Center or multiple-guide arrangement according to belt width and conveyor design
Groove Geometry
Pulley/bed groove must provide clearance appropriate to the selected guide profile
Minimum Diameter
Respect the top and bottom minimum diameters listed for each guide size
Splice Area
Guide joint and belt splice should be engineered to minimize stress concentration
Tracking
Guides assist tracking but do not replace correct pulley alignment, frame geometry and belt tension
Temperature / Chemicals
Confirm compatibility of the exact PVC or PU compound with service conditions
Ordering Information
Required Data
Customer Specification
Material
PVC / PU
Guide Type
D6–D30 ou UD6–UD17
B × H
mm
Color
Green / White / Transparent
Guide Position
Center / dual / multiple
Belt width
mm
Belt Thickness
mm
Pulley Diameters
Top / bottom contact geometry
Operating Temperature
°C
Environment
Oil, fat, chemical, moisture, washdown
Fabrication
Guide only / guide welded to belt / custom
PVC & PU Cleats / Flights
World Prime Services PVC and PU cleats / flights are thermoplastic profiles fabricated onto compatible conveyor belts to improve product retention, separation and controlled conveying, particularly on inclined or elevated conveyor systems. The verified reference range includes PVC T-series and X-series cleats and PU UT-series cleats.
PVC Cleats – T Series (Verified Range)
Type
Hardness
B × H (mm)
Colors
Minimum Diameter
T20
60 Shore A
20 × 20
Green / White / Transparent
90 mm
T30
60 Shore A
25 × 30
Green / White / Transparent
120 mm
T40
60 Shore A
25 × 40
Green / White / Transparent
120 mm
T50
60 Shore A
25 × 50
Green / White / Transparent
120 mm
T60
60 Shore A
40 × 60
Green / White / Transparent
150 mm
T75
60 Shore A
45 × 75
Green / White / Transparent
160 mm
T80
60 Shore A
47 × 80
Green / White / Transparent
180 mm
PVC Cleats – X Series (Verified Range)
Type
Hardness
B × H (mm)
Colors
Minimum Diameter
X30
60 Shore A
25 × 30
Green / White / Transparent
40 mm
X40
60 Shore A
30 × 40
Green / White / Transparent
60 mm
X50
60 Shore A
30 × 50
Green / White / Transparent
80 mm
X60
60 Shore A
35 × 60
Green / White / Transparent
80 mm
X70
60 Shore A
40 × 70
Green / White / Transparent
100 mm
X80
60 Shore A
43 × 80
Green / White / Transparent
120 mm
PU Cleats – UT Series (Verified Range)
Type
Hardness
B × H (mm)
Colors
Minimum Diameter
UT20
86 Shore A
10 × 20
Green / White / Transparent
35 mm
UT30
86 Shore A
15 × 30
Green / White / Transparent
40 mm
UT40
86 Shore A
15 × 40
Green / White / Transparent
40 mm
Photographs are original realistic catalogue representations of cleat/flight concepts (T-Cleat, V-Cleat, Double T-Cleat, Rectangular Cleat, Wave Cleat, Step Cleat). The verified dimensional product range is defined by the T, X and UT series tables above.
Applications
Application
Typical Function
Incline Conveying
Helps reduce rollback and maintain product spacing
Package Handling
Separates cartons, parcels or individual products
Bulk Materials
Supports controlled movement of loose or fragmented materials
Logistics & Sorting
Creates product pockets and controlled spacing
Food Processing
PU/PVC material and food-contact compliance selected for exact application
Agriculture
Controlled conveying of grains and agricultural products
Recycling
Separation and elevation of suitable recyclable materials
Material & Series Selection
Series
Material
Hardness
Selection Position
T Series
PVC
60 Shore A
Higher-profile PVC cleats, 20-80 mm height
X Series
PVC
60 Shore A
PVC cleats with lower minimum pulley diameter on comparable heights
UT Series
PU
86 Shore A
Compact PU cleats, 20-40 mm height
Engineering & Installation Considerations
Item
Recommendation
Cleat Height
Select according to product size, incline angle and required pocket volume
Cleat Pitch
Determine spacing from product dimensions, throughput and conveyor speed
Minimum Diameter
Respect the minimum diameter of the selected T, X or UT profile
Material Compatibility
Match PVC cleats to compatible PVC belts and PU cleats to compatible PU constructions
Welding / Bonding
Use a validated fabrication method suitable for belt and cleat materials
Edge Clearance
Provide adequate lateral clearance for conveyor frame and side structures
Tracking
Cleats do not replace correct conveyor alignment, tension and tracking
Food Contact
Confirm compliance documentation for the exact belt and cleat compounds supplied
Ordering Information
Required Data
Customer Specification
Material
PVC / PU
Series / Type
T20–T80 / X30–X80 / UT20–UT40
B × H
mm
Color
Green / White / Transparent
Cleat Pitch
mm center-to-center
Belt width
mm
Edge Clearance
mm each side
Belt Type
Compatible PVC or PU belt construction
Pulley Diameter
mm
Incline Angle
degrees
Product Conveyed
Material, dimensions and load
Operating Environment
Oil, fat, chemical, moisture, washdown
Fabrication
Straight / angled / custom arrangement
Sidewalls
HIGH PERFORMANCE • HIGH DURABILITY • CUSTOM SOLUTIONS
Sidewalls are used in combination with cleats on cleated belts to prevent product spillage and enable steep incline conveying. Manufactured from high quality PVC or PU, our sidewalls offer excellent flexibility, impact resistance, chemical resistance and long service life.
Features
Prevents material spillage on inclined conveyors
Made of high quality PVC or PU
High flexibility and excellent impact resistance
Resistant to abrasion, oil, grease and most chemicals
Easy welding and installation
Available in various heights and base widths
Can be produced in different colors and hardness
Suitable for a wide range of applications
Standard Sidewall Profiles
Model
Material
Height (H) mm
Base Width (B) mm
Thickness (T) mm
Min. Pulley Dia. mm
Color
S40
PVC / PU
40
50
4,5
100
Green / White / Blue / Black
S60
PVC / PU
60
60
4,5
120
Green / White / Blue / Black
S80
PVC / PU
80
70
4,5
150
Green / White / Blue / Black
S100
PVC / PU
100
80
4,5
180
Green / White / Blue / Black
S120
PVC / PU
120
90
4,5
200
Green / White / Blue / Black
S160
PVC / PU
160
110
4,5
250
Green / White / Blue / Black
Material Characteristics
Property
PVC
PU (Polyurethane)
Hardness (Shore A)
75–85
90–95
Tensile Strength (MPa)
≥ 20
≥ 40
Elongation at Break (%)
≥ 200
≥ 400
Abrasion Resistance
Good
Excellent
Chemical Resistance
Good
Excellent
Operating Temperature
-10 °C a +60 °C
-20 °C a +80 °C
Sidewall Selection Guide
Choose the appropriate height (H) based on the size and volume of the material.
Ensure the base width (B) is suitable for the cleat height and belt width.
Consider the minimum pulley diameter to prevent excessive stress and premature wear.
PU sidewalls are recommended for high wear applications and low temperature environments.
Typical Applications
Mining & Quarry
Cement Industry
Food Processing
Agriculture
Recycling & Waste Management
Ports & Logistics
Chemical Industry
Sidewall + Cleat System
Sidewalls and cleats work together to form compartments that carry the material without spillage, even on high incline conveyors.
Engineering & Installation Considerations
Sidewalls are welded directly on the belt edges.
Proper welding parameters (temperature, pressure, time) are essential for strong bond.
Example: Sidewall – PVC – S80 – H80 – B70 – T4.5 – L10000 – Green – FDA
Category
Options
Material Options
PVC (Polyvinyl Chloride); PU (Polyurethane)
Model Options
S40, S60, S80, S100, S120, S160; other sizes available on request
Color Options
Green, White, Blue, Black; other colors on request
Special Options
FDA / EU Food Grade; Anti-static; Oil resistant; Flame retardant
Films
PROTECTION • PERFORMANCE • RELIABILITY
World Prime Services conveyor films are thermoplastic surface films and cover materials for compatible conveyor-belt fabrication and specialized conveying duties. Depending on material, thickness and surface finish, films can modify friction, release behavior, cleanability, visibility and wear performance. The range presented includes colored patterned films as well as transparent clear and frosted film concepts.
Features
High-grip and low-friction surface options
Smooth, matt, diamond, herringbone, cross, dot and fabric-imprint finishes
Transparent clear film for visibility and inspection applications
Transparent matt/frosted option for reduced glare and controlled appearance
PVC and PU material concepts subject to exact grade availability
Custom thicknesses, widths and colors subject to manufacturing confirmation
Special functional grades available only when certified for the exact supplied compound
Typical Applications
Application
Typical Requirement
Package Handling
Controlled friction for cartons, parcels and unit loads
Food Processing
Cleanable/release surface where exact grade has required food-contact compliance
Incline Conveying
High-grip pattern to reduce product rollback
Bottling & Packaging
Smooth transfer and controlled product handling
Airport Baggage
High-cycle surface durability and application-specific friction
General Conveying
Surface finish selected for product and conveyor duty
Inspection / Visual Control
Transparent film where visibility through the film is required
Standard Film / Surface Types
Type
Finish
Material
Colors
Indicative Thickness
Engineering Position
Diamond (High Grip)
Diamond pattern
PVC / PU
Green / White / Blue / Black
1,0 / 1,5 / 2,0 / 3,0 mm
High-friction patterned surface
Herringbone
Herringbone pattern
PVC / PU
Green / White / Blue / Black
1,0 / 1,5 / 2,0 / 3,0 mm
Directional grip / textured surface
Smooth (Low Friction)
Smooth
PVC / PU
Green / White / Blue / Black
0,8 / 1,0 / 1,5 / 2,0 mm
Sliding and transfer applications
Matt (Anti-Stick Concept)
Matt / textured
PVC / PU
White / Green / Blue
1,0 / 1,5 / 2,0 / 3,0 mm
Release-oriented textured surface
Cross / Grip Texture
Cross / fine texture
PVC / PU
Black / Green / Blue
1,0 / 1,5 / 2,0 / 3,0 mm
General-purpose grip
Dot (Stud)
Round dot pattern
PVC / PU
Green / White / Blue
1,0 / 1,5 / 2,0 / 3,0 mm
Raised grip / drainage concept
Fabric Imprint
Fabric impression
PVC
Blue / White / Green
1,0 / 1,5 / 2,0 mm
Textured light-duty surface
Transparent Films
Transparent and matt transparent films are used to improve belt surface performance while allowing visual inspection of the conveyed material. Available concepts include smooth crystal-clear films and matt/frosted translucent films for compatible PVC and PU applications.
Film Type
Surface Pattern / Finish
Material
Color
Thickness (mm)
Hardness (Shore A)
Key Properties
Transparent (Clear)
Smooth / Clear
PVC / PU
Transparent (Clear)
0,8 / 1,0 / 1,5 / 2,0 / 3,0
60–85
Crystal clear, good abrasion resistance, easy cleaning and high wear resistance
Matt Transparent (Frosted)
Matt / Frosted
PVC / PU
Transparent (Frosted)
1,0 / 1,5 / 2,0 / 3,0
60–85
Anti-glare surface, easy cleaning, good wear resistance and visual inspection capability
Available in rolls or sheets.
Custom thickness, width and length available on request.
Other hardness options subject to manufacturing confirmation.
Food-contact suitability must be confirmed by certification for the exact supplied material grade.
Final technical properties depend on the selected PVC or PU compound.
Transparent film is now included as a dedicated product family. Exact transparency, haze, gloss, hardness, food-contact status, antistatic performance and chemical resistance must be specified and certified for the exact supplied PVC or PU grade.
Surface Pattern Examples
Pattern
Typical Function
Diamond
High grip
Herringbone
Directional grip
Smooth
Low friction / clean transfer
Matt
Release-oriented texture
Cross
General grip
Dot (Stud)
Raised grip / drainage
Fabric Imprint
Textured running surface
Transparent
Visibility / visual inspection
Material Selection
Material
General Position
Important Confirmation
PVC Film
Cost-effective thermoplastic film for compatible PVC conveyor constructions
Hardness, plasticizer system, temperature, oil/chemical resistance and regulatory compliance
PU Film
Polyurethane film for compatible PU constructions and higher-performance surface applications
Hardness, abrasion/cut resistance, hydrolysis, oil/fat resistance, temperature and compliance
Transparent PVC / PU
Clear or translucent film concept
Optical clarity, haze, gloss, yellowing resistance, thickness and exact compound
Material Characteristics – Engineering Framework
Property
PVC
PU
Hardness
Grade dependent; commonly specified by Shore A
Grade dependent; commonly specified by Shore A
Tensile Strength
Confirm exact compound datasheet
Confirm exact compound datasheet
Elongation
Confirm exact compound datasheet
Confirm exact compound datasheet
Abrasion Resistance
Compound dependent
Typically selected where higher abrasion performance is required
Chemical Resistance
Confirm chemical compatibility
Confirm chemical compatibility
Operating Temperature
Confirm exact grade
Confirm exact grade
Transparency
Available on suitable clear grades
Available on suitable clear grades
Film Selection Guide
Choose film according to required friction, wear, release and environment.
Use high-grip patterns for incline or wet conditions where technically suitable.
Use low-friction films for sliding and accumulation duties.
Use matt surfaces for application-specific release and reduced surface adhesion.
Use transparent clear films where inspection, visibility or visual control is required.
Use transparent frosted films where translucency and reduced glare are preferred.
Confirm pulley diameter and flexibility when film is laminated to a conveyor belt.
Installation & Engineering Considerations
Item
Recommendation
Surface Preparation
Ensure compatible belt surface is clean, dry and properly prepared
Bonding / Lamination
Use validated cold bonding, hot bonding, lamination or vulcanization process as applicable
Temperature / Pressure / Time
Follow parameters validated for exact film and base-belt materials
Pattern Direction
Orient directional texture according to conveying direction
Film Thickness
Consider flexibility, pulley diameter and surface life
Splice / Joint
Avoid abrupt overlap or joint geometry that may affect tracking or product transfer
Inspection
Check for delamination, cuts, bubbles, wear and surface damage
Green / White / Blue / Black / Transparent / Custom
Optical Requirement
Clear / translucent / frosted / haze target if applicable
Application
Conveyor and conveyed product
Base Belt
If film will be laminated/fabricated
Temperature
°C
Environment
Oil, fat, humidity, washdown
Special Requirement
Food-contact / antistatic / flame retardant / oil resistant only when certified for exact grade
Silicone Moulded Components
World Prime Services silicone moulded components are custom-engineered elastomer parts for conveyor systems, automation equipment and industrial machinery. Product configurations may include rollers, bushings, wheels, seals, suction cups, pads, guides, sleeves and components manufactured to approved drawings or samples.
Product Features
Flexible silicone elastomer construction
Wide range of moulded geometries and sizes
Available in multiple hardness grades and colors
Good resilience and vibration damping
Resistance to weathering, ozone and aging typical of suitable silicone compounds
High-temperature grades available subject to exact compound specification
Food-contact grades available only with certification for the exact supplied material
Custom moulding according to drawing, sample or dimensional specification
Typical Applications
Application
Typical Use
Food & Beverage
Rollers, seals, suction and handling components using compliant grades
Packaging
Guides, wheels, rollers, pads and custom handling parts
Incline Conveying
Special support, guide or contact components
Sorting Systems
Wheels, rollers, bumpers and handling components
Textile
Rollers, sleeves and resilient contact parts
Airport & Logistics
Guide wheels, rollers and wear/contact components
Standard Component Families
Component
Description
Material
Typical Hardness Range*
Typical Color Options
Rollers
Drive, idler and guide roller concepts; bearing option subject to design
Silicone
50–80 Shore A
White / Blue / Green / Red / Translucent
Bushings
Damping, isolation and wear-contact bushings
Silicone
50–80 Shore A
White / Blue / Green / Red / Translucent
Wheels
Conveyor and guide wheels; bearing option subject to design
Silicone
50–80 Shore A
White / Blue / Green / Red / Translucent
Seals
Static and dynamic sealing geometries
Silicone
50–70 Shore A
White / Blue / Green / Red / Translucent
Suction Cups
Vacuum gripping components
Silicone
40–60 Shore A
Translucent / Blue / Green
Custom Parts
Moulded parts according to approved drawing or sample
Silicone
40–80 Shore A
Custom subject to compound availability
*Indicative catalogue ranges. Final hardness and compound must be confirmed for the exact application.
Realistic Product References
Component
Description
Material
Hardness (Shore A)
Temperature Range
Standard Colors
Rollers
Drive, Idler and Guide Rollers with or without bearing
Silicone
50–70–80
-60°C a +250°C
White, Blue, Green, Red, Translucent
Bushings
Damping and wear resistant bushings
Silicone
50–60–70–80
-60°C a +250°C
White, Blue, Green, Red, Translucent
Wheels
Conveyor and Guide Wheels with or without bearing
Silicone
50–70–80
-60°C a +250°C
White, Blue, Green, Red, Translucent
Seals
Static and dynamic sealing components
Silicone
50–60–70
-60°C a +250°C
White, Blue, Green, Red, Translucent
Suction Cups
Vacuum and gripping applications
Silicone
40–50–60
-60°C a +200°C
Translucent, Blue, Green
Custom Parts
Custom moulded parts as per drawing or sample
Silicone
40–50–60–70–80
-60°C a +250°C
All colors available on request
Material Properties – Engineering Framework
Property
Specification Basis
Hardness
Specify required Shore A according to function and deformation
Tensile Strength
Confirm exact compound datasheet
Elongation at Break
Confirm exact compound datasheet
Tear Strength
Confirm exact compound datasheet
Compression Set
Confirm exact compound, temperature and test duration
Operating Temperature
Select silicone grade according to continuous and peak service temperature
Food Contact
Requires certification for exact compound and intended jurisdiction
Chemical Resistance
Verify compatibility with actual oil, solvent, cleaner or process chemical
Material Advantages
Wide usable temperature capability with properly selected silicone grade
Good resistance to UV, ozone and environmental aging
High elasticity and resilience
Electrical insulation potential depending on compound
Color and translucency options
Custom hardness and formulation options subject to manufacturing capability
Available Colors
Color
Availability
White
Standard concept
Blue
Subject to compound
Green
Subject to compound
Red
Subject to compound
Translucent
Available with suitable silicone grades
Custom
Subject to pigment and compound requirements
Custom Solutions
We offer customised silicone components according to your drawings, samples and specifications. Custom silicone components can be developed according to approved drawings, physical samples or detailed technical specifications. Final material grade, hardness, color, dimensions, tolerances and functional requirements shall be confirmed before production.
Customer Input Required
Customer Input
Required Information
Drawing
2D/3D drawing with dimensions and tolerances
Sample
Physical sample for reverse dimensional assessment where permitted
Hardness
Required Shore A
Color
Required color / translucency
Quantity
Prototype and production quantity
Environment
Temperature, chemicals, oils, washdown and UV exposure
Compliance
Food contact or other certification requirements
Insert / Bearing
Metal or polymer insert, bearing or bonded component if required
Design & Manufacturing Considerations
Item
Engineering Consideration
Geometry
Wall thickness, draft, undercuts and parting line affect mouldability
Tolerance
Define critical dimensions separately from general dimensions
Hardness
Influences deformation, grip, sealing and wear behavior
Metal Inserts
Insert bonding and retention must be engineered for load and temperature
Surface Finish
Smooth, matt or textured finish subject to tooling
Prototype
Prototype/tool trial recommended for critical custom parts
Quality Control
Dimensional and visual criteria should be defined on approved drawing
Ordering Information
Required Data
Customer Specification
Component Type
Roller / Bushing / Wheel / Seal / Suction Cup / Custom
Material
Silicone compound / required grade
Hardness
Shore A
Color
Required color
Dimensions
Drawing number or complete dimensions
Quantity
pcs
Temperature
Continuous / peak °C
Chemical Exposure
Specify chemicals, oils and cleaners
Insert / Bearing
Type and material
Special Compliance
Food-contact or other certification
Special Requirement
High temperature / antistatic / flame behavior / custom moulding, subject to validated compound
Fabrication & Joining
World Prime Services provides conveyor-belt fabrication and joining solutions for compatible light-duty thermoplastic belting. Fabrication may include belt cutting, finger preparation, endless joining, profiles, guides, cleats/flights, sidewalls, perforation and custom machining. The correct joining method must be selected according to the exact belt construction and manufacturer-approved process.
Features
Precision belt preparation and fabrication
Joining selected for the exact belt construction
Custom belt width and endless length
Finger-splice preparation for compatible thermoplastic belts
Profiles, guides, cleats and sidewall fabrication
Punching, drilling, routing and custom shapes
Mechanical fastening where suitable
Quality inspection of finished belt dimensions and joint condition
Typical Applications
Application
Typical Fabrication Requirement
Food & Beverage
Endless joining, profiles, cleats and hygienic fabrication where certified materials are used
Packaging & Logistics
Endless belts, tracking guides, mechanical fasteners and custom widths
Incline Conveying
Cleats/flights and sidewalls combined with compatible joining
Bottling & Packaging
Precision endless belts and surface-specific fabrication
Food Processing
Finger splices and fabricated profiles subject to exact belt specification
Airport & Handling
PVK/PVC logistics belt joining and service-oriented fastening options
Joining Methods
Method
Description
Typical Use
Compatibility / Notes
Single / One Finger
Finger geometry prepared at belt ends and joined using an approved thermoplastic press process
Compatible belt constructions requiring finger splice
Public reference datasheets include 'One finger' as a joining method
Double Finger
Two-stage/interlocking finger preparation depending on belt construction
Selected PVC/PU belt constructions
Public reference datasheet for type 30P25-15A lists 'Double finger'
Three-Layer Finger
Layered finger-splice construction for selected multi-layer belts
Selected thicker/multi-layer belt constructions
Public reference datasheet for type 90P32-46/43 lists 'Three-layer finger'
Hot Press / Thermoplastic Joining
Controlled heat, pressure and time used to form an endless joint
PVC/PU and other compatible thermoplastic constructions
Parameters must follow exact belt specification
Mechanical Fastening
Metal or polymer fasteners connect prepared belt ends
Field installation, rapid replacement or service access
Fastener type must suit belt thickness, pulley diameter and application
Cold Bonding
Adhesive-based joining or repair for compatible materials
Application-specific fabrication or repair
Use only validated adhesive and preparation system
Loop / Prepared Joint
Prepared belt-end configuration for application-specific endless installation
Selected specialty belts
Final geometry subject to belt design
The reference technical documentation includes photographic examples of hot air welding (thermoplastic belt), finger splicing (mechanical), loop splicing, cold bonding and mechanical fastening.
Industry Applications
World Prime Services conveyor belts are designed to meet the demanding requirements of a wide range of industries. Different materials and surface patterns ensure optimal performance, hygiene, durability and efficiency in every application.
The manufacturer's reference material organizes this industry overview into six visual highlights (Food & Beverage; Packaging & Logistics; Incline Conveying; Bottling & Packaging; Textile Industry; Airport & Handling), with a recommended-solutions-by-industry table cross-referencing typical applications, recommended belts, material, surface pattern and key benefits — content already reflected across this catalogue's product-family sections (PVC, PU, PE, TPEE, silicone, PVK/logistics, modular and special belting).
