Crystalline Waterproofing Liquid Concrete Admixture

Product Overview

Description

CRYSTAL C 320 is a waterproofing concrete admixture that forms crystal fiber on the capillary gaps of concrete to provide permanently water impermeability.

In suitable for all concrete applications to needed water impermeability.

In foundations, basements.

In tunnels, dams.

In precast concrete elements.

In potable water tanks and waste water tanks.

In water treatment plant.

In swimming pools.

In elevator pits.

In garage.

Provides permanently active waterproofing. During the curing time, it creates insoluble nano structural crystal into the capillary cracks.

Protects the concrete against negative and positive water pressure (14 bars).

Non toxic. Safely used in water tanks.

Water vapor permeable. It allows the building to breath.

Easy to prepare and apply.

Suitable for bored piled raft insulation.

Does not need to any additional waterproofing applications.

Does not harm for human health and environment.

Color Density pH Mixing Application Temperature Workability Time HS Code

Transparent Brownish 1,15 kg/lt 11,5 With water +5°C to +35°C 45 minutes 3824.40.00.00.00

Application Method

• Shake CRYSTAL C 320 well before use.


• Control of the concrete mix design regarding water/concrete ratio < 0,55 prior to dosing CRYSTAL C 320.


• CRYSTAL C 320 must be added into the concrete as the ratio of 2 %.


• Mixture;

- If prepared in construction yard; CRSYTAL C 320 must be added %2 of cement on ready to apply concrete mixture and stirred 5 minutes.

- If prepared in concrete plant; CRYSTAL C 320 is added on water then this mixture is added on concrete mixture as last ingredients.

• Workability time is approximately 45 minutes after the addition of CRYSTAL C 320.

If the Water/Cement ratio is < 0,55; CHIMEX C 320 is added 2% by the weight of cement on the mixture. Water/Cement ratio should not be up to 0,55.

30 kg plastic drum

12 months in original, unopened package.

Store in dry area between +5°C and +35°C. Protect from heat, freezing and direct sunlight.