Technical Data Sheet · Kinetics Line
REDSEAL
PRO 110
PRO 110
Cotton Cellulose Fibre Gasket Material · 2.0 mm
TZW
CRECEP
WRAS
Drinking Water
REACH / RoHS
Note: Data shown are typical laboratory results provided as non-binding guidance. Max temperature and max pressure ratings are not for simultaneous use; allowable pressure decreases as temperature increases.
REDSEAL PRO 110 is a non-asbestos gasket material based on cotton cellulose fibres. Compliant with DIN 7737 VF 3110/3120 & IEC 667-1/2/3. The high water absorption (47% in 6h) causes the material to swell and create a tight, effective seal.
Certified for drinking water applications (TZW, CRECEP, WRAS). Chemically pure, environmentally friendly material — REACH/RoHS compliant, suitable for municipal waste disposal.
Typical Applications
Drinking water systems
Potable water pipelines
Municipal water distribution
General water service flanges
Technical Properties
| Property | Value | Technical Meaning | |
|---|---|---|---|
|
Approvals Drinking water certifications |
TZW · CRECEP · WRAS | Certified for drinking water applications (Potable Water).3 |
|
Max. Service Temperature VDE 0530 |
110°C | Maximum continuous temperature per VDE 0530.2 |
|
Material Composition DIN 7737 VF 3110/3120 · IEC 667-1/2/3 |
Cotton Cellulose Fibres | Compliant with DIN 7737 VF 3110/3120 & IEC 667-1/2/3. |
|
|
Material Density IEC 667 |
1.25g/cm³ | Standard density according to IEC 667. |
|
Water Absorption (6h) IEC 667 |
47% | Material swells in water to create a tight, effective seal.4 |
|
Tensile Strength IEC 667 |
70MPa | Extremely high mechanical strength characteristic of vulcanized fibre.4 |
|
Compressibility ASTM F36 |
4.5% | Low compression reflects high material rigidity and hardness. |
|
Elastic Recovery ASTM F36 |
71% | High recovery percentage ensures reliable sealing performance. |
|
Eco-Compliance REACH / RoHS |
REACH / RoHS | Chemically pure, environmentally friendly. Suitable for municipal waste disposal. |
|
Elongation IEC 667 |
7% | Low elongation confirms high rigidity and dimensional stability characteristic of vulcanized cellulose fibre. |
|
Hardness DIN 53505 |
90Shore | Very high hardness — material maintains form and resists deformation under bolt load. |
|
Flexural Strength TAPPI T489 om |
1 000N/m | Extremely high bending resistance — confirms structural rigidity of the vulcanized fibre sheet. |
|
Bond Strength Internal method |
900kPa | High internal bond strength ensures material integrity under delamination and shear forces. |
|
Humidity Internal method |
9% | Nominal humidity content of the material under standard conditions. |
Certifications & Approvals
Drinking Water
GermanyTZW
FranceCRECEP
UKWRAS
Standards
MaterialDIN 7737 VF 3110/3120
FibreIEC 667-1/2/3
EcoREACH / RoHS
Standard Supply Data
Thickness (nominal)
2.0 mm
Other thicknesses on request
Colour
Red
Brand standard
Test Standards & Notes
1
IEC 667 / DIN 7737: Standard for vulcanized fibre (Density, Tensile, Elongation)
3
Approvals: TZW, CRECEP, WRAS — Drinking Water certified
2
Thermal limit: Max service temperature 110°C (VDE 0530)
4
Absorption: High water absorption (47% in 6h) for effective sealing
5
Hardness: 90 Shore A (DIN 53505) — high rigidity under bolt load
6
TAPPI T489 om: Flexural strength 1 000 N/m — structural rigidity
Full Technical Documentation
kinetics-line.com/b2b-1/#contact
TDS · Catalogue · Pricing — available upon registration at kinetics-line.com
