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Forming Fabric
Triple Layer Forming Fabric
Model: TL-4200 · Triple Layer (Self-Binding)
PAPTEX Triple Layer Forming Fabric with self-binding technology represents our heavy-duty forming solution for demanding applications. Unlike conventional triple-layer designs that use separate binder yarns, our integrated self-binding construction eliminates the binder layer entirely — reducing caliper, improving wear resistance, and maintaining consistent drainage throughout fabric life.
300 ~ 550 CFM
Air Permeability
Up to 180°C
Heat Resistance
Suitable Paper Grades
📦Packaging🏗️KraftCorrugated
Best Applications
Engineered for these paper grades and machine conditions
Why Choose PAPTEX
Self-Binding Technology
Integrated triple layer without separate binder yarns for reduced caliper and improved wear resistance.
High Drainage Capacity
Engineered void volume for rapid water removal at high speeds.
Heavy-Duty Durability
Reinforced wear-side construction for abrasive conditions.
Engineering Overview
PAPTEX Triple Layer Forming Fabric with self-binding technology represents our heavy-duty forming solution for demanding applications. Unlike conventional triple-layer designs that use separate binder yarns, our integrated self-binding construction eliminates the binder layer entirely — reducing caliper, improving wear resistance, and maintaining consistent drainage throughout fabric life.
Engineered for packaging, kraft, corrugated, white board, and specialty paper grades, this fabric handles machine speeds of 500–1,000 m/min with ease. The reinforced wear-side construction withstands abrasive furnishes and high filler content, delivering ≥90 kN/m MD tensile strength and 300–550 CFM air permeability.
Field-proven at major mills including Nine Dragons and Lee & Man Paper, the Triple Layer fabric consistently extends replacement intervals by 50–70% compared to standard double-layer designs in heavy-wear positions.
Verified Evidence
Evidence-Based Quality
Every claim backed by test reports, certifications, and factory data.
Test Report
EV-TEST-002Quantified + Conditioned (L4)
Tensile Strength Testing — ISO 9073-3
Per ISO 9073-3 standard N/cm · MD and CMD, 23°C ± 2°C, 50% ± 5% RH
Source: In-house universal testing machineEV-TEST-003Quantified + Conditioned (L4)
Hydrolysis Resistance Testing
Retained ≥85% tensile after 150 days % retention · at 120-160°C saturated steam
Source: Accelerated aging test, internal lab protocol PTL-027EV-TEST-004
Abrasion Resistance Testing — ISO 12947
Technical Specifications
| Structure Type | Triple Layer (Self-Binding) |
| Material | 100% Polyester Monofilament |
| Air Permeability | 300 ~ 550 CFM |
| Tensile Strength (MD) | ≥ 90 kN/m |
| Heat Resistance | Up to 180°C |
| Seam Type | Pin Seam / Spiral Seam |
Need a custom specification?
Our engineers can tailor the fabric to your machine parameters.
Performance Metrics
Key performance indicators measured under standard laboratory conditions.
Air Permeability300~ 550 CFM
Continuous Temp.180°C
Measured per ISO 9237 / ISO 9073 standards. Actual performance may vary with machine conditions.
Next Steps
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Full technical specifications, performance data, and installation guidelines.
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Get a sample piece for evaluation. Standard A4 size, delivered in 5-7 days.
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Full lab test report: ISO 9237 permeability, ISO 9073 tensile, ISO 12947 abrasion.
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Technical documentation for Triple Layer Forming Fabric
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Frequently Asked Questions
Common questions about Triple Layer Forming Fabric
Self-binding eliminates the separate binder yarn layer found in conventional triple-layer fabrics. Benefits include: (1) reduced overall caliper for better drainage, (2) no inter-layer wear from binder yarns, (3) more uniform wear surface, and (4) 30% lighter weight for easier handling during changes.
Knowledge Center
Knowledge Center →Recommended Reading
Technical articles, guides, and resources for your application.
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