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Exa-Lent Universal DS691008 quarter-round black shower profile 2 flaps 100cm - 8mm

Exa-Lent Universal DS691008 quarter-round black shower profile 2 flaps 100cm - 8mm

€27.95 incl. VAT
  • Buy 10 for €26.55 incl. VAT each and save 5%
  • Buy 20 for €25.16 incl. VAT each and save 10%
  • Buy 30 for €23.76 incl. VAT each and save 15%
  • Buy 50 for €22.36 incl. VAT each and save 20%
  • Buy 100 for €20.96 incl. VAT each and save 25%
Exa-Lent Universal DS691008 quarter-round black shower profile 2 flaps 100cm - 8mm
Exa-Lent Universal DS691008 quarter-round black shower profile 2 flaps 100cm - 8mm
€27.95 incl. VAT
8mm horizontal curved glass profile with 2 flaps
  • Free delivery from € 75 in NL and BE
  • Fast delivery: almost everything delivered in 3 days
  • Returns within 14 days of purchase
Delivery time: 2 - 3 days

This shower door seal is the most universal model. This shower profile can only be used for quarter-round and semi-circular shower walls.

General
Brand
    Exa-Lent
Series
    Exa-Lent Universal
Delivery time
    2 - 3 days
Color
    matt black
Shower profile
Unit packet
    per piece
Glass thickness
    8mm
Length
    100cm
Use
    universal
Version
    horizontal curved glass
Shape
    profile with 2 flaps
Description
Exa-Lent shower profile

The shower rubbers we supply are made in Western Europe and are of excellent quality.
Due to our own imports, the price-quality ratio of our Shower profiles is good. All shower door profiles shown are in ample stock with us. We aim to supply a suitable universal Shower profile for every shower arrangement. However, given the huge range of shower door profiles (thousands of different models and designs), we cannot guarantee this.
All our universal shower profiles are UV-resistant and tested under extreme conditions.
Tests have been carried out with:
⦁ Xenon lamp with brightness calibration validated and verified by the manufacturer
⦁ Radiation 0.51W / m²
⦁ duration Test 500 hours
⦁ 2 cycles (without water spray methodology)
⦁ Temperature 65 °C
⦁ filter used at 340 nanometres (as close as possible to sunlight)
⦁ According to standards EN ISO 4892-2

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