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Waterstops

PVC-P · TPE joint waterstop to DIN 18541, 190–500 mm

SOLONAX WS

Extruded plasticised PVC (PVC-P) and TPE waterstops that seal construction and expansion joints in water-retaining concrete. The range follows the DIN 18541 profile families — A and AA for construction joints, D and DA for expansion joints — in nominal widths of 190, 240, 320 and 500 mm, supplied in coils and butt-welded on site, with crosses, tees and corners prefabricated in the plant.

Why it is specified

  • PVC-P compound meeting the DIN 18541 material requirements in every declared property
  • Ribbed anchor profile develops the full water path length through the concrete section
  • Centre bulb sized to the expected joint movement — inside diameter not less than the differential movement
  • Width selected against the concrete section: w ≥ 6a + j and w ≤ t, with cover y ≥ 0.5(w − j)
  • Crosses, tees and corners welded in the plant — the weakest point of a joint is not left to the site
  • TPE grade for placement below −20 °C and for welding to TPO membranes
Section

Profile types and position in the joint

WS-ACONSTRUCTION JOINT / INTERNALwjWS-DEXPANSION JOINT / INTERNALwjWS-AACONSTRUCTION JOINT / EXTERNALwjWS-DAEXPANSION JOINT / EXTERNALwjw = waterstop width · j = joint gap · not to scale
Range

Variants

CodeDescription
WS-AConstruction joint, internal — flat ribbed web, 190 / 240 / 320 / 500 mm (DIN 18541 A)
WS-AAConstruction joint, external — sealed from the water face, 240 / 320 / 500 mm (DIN 18541 AA)
WS-DExpansion joint, internal — centre bulb, 190 / 240 / 320 / 500 mm (DIN 18541 D)
WS-DAExpansion joint, external — centre bulb, 240 / 320 / 500 mm (DIN 18541 DA)
WS-HHydrophilic swelling profile — construction joints, pipe penetrations, congested sections
WS-TTPE grade — low-temperature placement, weldable to TPO membranes
Data

Technical specification

PVC-P waterstop — DIN 18541 material requirements
PropertyTest methodMQC frequencyUnitWS-A / WS-AAWS-D / WS-DA
Tensile strength, min.DIN 53455 / EN ISO 527-2per lotN/mm²≥ 10≥ 10
Elongation at break, min.DIN 53455 / EN ISO 527-2per lot%≥ 350≥ 350
Tear propagation resistance, min.DIN 53507 / ISO 34-1per lotN/mm≥ 12≥ 12
Shore A hardnessDIN 53505per lot—67 ± 567 ± 5
Residual elongation after cold storage at −20 °CDIN 53455type test%≥ 200≥ 200
Behaviour in water, 28 d — mass changeDIN 18541-2type test%≤ 2≤ 2
Profile families, joint type and nominal width
PropertyTest methodMQC frequencyUnit190240320500
WS-A · construction joint, internalDIN 18541 A—mm●●●●
WS-AA · construction joint, externalDIN 18541 AA—mm—●●●
WS-D · expansion joint, internal, centre bulbDIN 18541 D—mm●●●●
WS-DA · expansion joint, external, centre bulbDIN 18541 DA—mm—●●●
Selection and installation rules — what the drawing must satisfy
PropertyTest methodMQC frequencyUnit
Waterstop width w, minimumUSACEdesignmmw ≥ 6a + j
Waterstop width w versus section thickness tUSACEdesignmmw ≤ t
Clear distance to reinforcementUSACEdesignmm≥ 2a
Concrete cover y over the waterstopUSACEdesignmmy ≥ 0,5 (w − j)
Centre bulb inside diameter versus movement d—designmmID ≥ d
Site splices — butt weld with a thermostatically controlled hot plate—every splice——
Crosses, tees and corners — prefabricated in the plant—each——

Indicative nominal / minimum average roll values. A project-specific technical data sheet, certificate of analysis and drop-in specification are issued with every order.

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