Trinic Hydration Stabiliser

$73.70 Inc GST

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Trinic Hydration Stabiliser is an advanced, ready-to-use powdered retarder engineered to regulate the initial hydration of Portland cement in high-performance concrete applications. By extending the window of plasticity and controlling temperature rise, this admixture helps concrete mixtures maintain slump and workability for longer, minimising the need for ice or other extreme cooling measures—particularly vital in ultra-high performance GFRC, ECC, and wet-cast mixes.

Key Features & Benefits

  1. Controlled Set Retardation
    • Predictable Extended Workability: Safely delays initial set, offering a longer window for finishing and placement without compromising long-term strength.
    • Consistent Performance: Standardises your mixing process by reducing variability due to temperature fluctuations.
  2. Enhanced Temperature Management
    • Reduced Thermal Buildup: Minimises the temperature rise in the mixture, helping to prevent shrinkage cracking and early hydration heat spikes.
    • Less Reliance on Ice: Lowers overhead costs and logistical challenges in hot-weather concreting.
  3. Versatile Application
    • Suitable for High/Ultra-High Performance Concrete: Ideal for GFRC, ECC (Engineered Cementitious Composites), and wet-cast mixes with high cementitious content.
    • Flexibility in Dosage: Adjust the amount based on ambient temperatures, batch temperature, and desired workability time.
  4. Easy Integration
    • Simple Add-In: Can be introduced at the start of batching or to freshly mixed concrete; just monitor temperature and dosage requirements.
    • Powdered Form: Ensures easier storage, shipping, and mixing compared to liquid retarders prone to spoilage or freezing.

Recommended Dosage & Usage

  1. Assess Batch Temperature
    • Below 16°C (Ambient <20°C): Typically, no stabiliser needed unless specific project requirements call for delayed set.
    • Below 16°C (Ambient 20–27°C): Use 0.1% to add 20–30 minutes of working time when batch temperature surpasses 20°C.
    • 20–27°C (Ambient 27–32°C):
      • 0.2% dosage: Adds 15–20 minutes of workable time.
      • 0.4% dosage: Adds 30–40 minutes of workable time.
  2. Adjust in Real-Time
    • Monitor Temperature: Take concrete temperature mid-batch, evaluate ambient conditions, and add Trinic Hydration Stabiliser as required.
    • Incremental Dosing: For more extended workability, you can add stabiliser in small increments, remix, and evaluate until desired slump retention is reached.
  3. Mixing Process
    • Uniform Dispersion: Introduce the powdered stabiliser either at the start or after initial mixing; mix thoroughly to ensure complete dispersion.
    • Temperature Goals: Aim for an initial batch temperature below 20°C for high cement-content mixes, if possible.

Temperature & Cure Rate Guidelines

Mix TemperatureAmbient RangeDosageEstimated Extension
<16°C<20°CNot typically neededStandard set time
<16°C20–27°C0.1% if batch temp >20°C+20–30 min workability
20–27°C27–32°C0.2–0.4%+15–40 min (depending on dosage)
Note: These dosage rates are approximate; project conditions and specific mix designs may necessitate adjustments.

Technical Specifications

AttributeDetail
FormReady-to-use powdered retarder
FunctionExtends plasticity window & moderates temperature rise
CompatibilitySuitable for GFRC, ECC, UHPC, and wet-cast with high cement content
Dosage Range0–0.4% of total cementitious, based on temperature & requirements
StorageStore in a cool, dry place; sealed containers maintain optimal performance
Application TimingAdd at start of batch or after initial mixing
Mix Temperature GoalsAim below 20°C for best results
Cure Rate InfluenceDelays initial set without compromising final strength

Why Choose Trinic Hydration Stabiliser?

  • Predictable Set Control: Provides a uniform, extended working time, crucial for complex pours or high-performance mixes.
  • Efficient Heat Management: Reduces reliance on ice or expensive cooling systems during hot-weather or large-volume pours.
  • Versatile Dosing: Easily dial in the exact amount of set retardation needed based on real-time temperature checks.
  • User-Friendly: Powdered formula simplifies dosing, mixing, and storage, avoiding spoilage issues common with liquid products.
Trinic Hydration Stabiliser is your go-to solution for controlling set time and temperature rise in advanced concrete mixes. By predictably delaying the initial hydration stage, it keeps slump and workability stable—allowing you to tackle projects in varying temperatures without sacrificing efficiency or final concrete quality. Whether you’re working with ultra-high performance GFRC, ECC, or standard wet-cast, this powdered retarder ensures a smoother, more controlled placement and finishing experience.

Additional information

Weight2.6 kg
Dimensions19.5 × 19.5 × 19.5 cm

We have a 30-day return policy, which means you have 30 days after receiving your item to request a return.
To start a return, you can contact us at sales@mact.au
Please note that returns will need to be sent to the following address:
Unit 3C, 919-925 Nudgee Road, Banyo, QLD, 4014, Australia
If your return is accepted, we’ll send you instructions on how and where to send your package. Items sent back to us without first requesting a return will not be accepted. Please note that if your country of residence is not Australia, shipping your goods may take longer than expected.
You can always contact us for any return questions at sales@mact.au

Expect prompt delivery and easy tracking — every order comes with updates along the way.

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Got any question?

Browse through our frequently asked questions to find answers on everything from mould preparation and casting techniques to finishing and long-term maintenance.

Australia’s warm and, in many regions, coastal climate necessitates adjustments during manufacturing. High temperatures can accelerate hydration, so controlled curing environments—such as covering pieces with plastic to retain moisture—are essential. Additionally, lower water-to-cement ratios and carefully selected admixtures help mitigate rapid evaporation and ensure that GFRC develops its designed strength and durability.

Manufacturers address these challenges by:

  • Using precision mixing equipment to achieve a uniform blend and ensure proper fibre distribution.
  • Fine-tuning spray parameters (such as pressure, nozzle design and technique) to avoid voids, pinholes and surface defects.
  • Regular maintenance of equipment and continuous operator training.
  • Adjusting admixture dosages as required to optimise workability and adhesion.

Future trends include increased automation—such as robotic spraying and digital mould design—as well as a greater focus on sustainable practices (e.g. incorporating recycled materials and eco-friendly admixtures). Advances in fibre treatment technology and computer-aided manufacturing are enabling more complex, custom-designed panels. Ongoing research is continually refining mix designs and curing methods to better suit Australia’s diverse environmental conditions.

GFRC is a composite product that combines high‐quality cement, fine aggregates, polymers and alkali‐resistant glass fibres – all premixed to the correct proportions. Its high strength‐to‐weight ratio, durability and capacity for being cast in thin, custom shapes make it ideal for creating stylish and long-lasting benches and tables for both indoor and outdoor use.

GFRC manufacturers must comply with Australian building codes and standards relating to precast concrete, structural performance and safety. This means that production processes, material testing and installation methods are stringently monitored and documented. Close collaboration with local certifying bodies ensures that GFRC products meet all necessary performance and regulatory requirements.

With our premix product, all the ingredients are already proportioned for optimal strength and workability. This means you can focus on preparing your moulds and executing a neat cast rather than measuring raw materials.

Moulds for benches and tables can be constructed from high-density foam, melamine, or even silicone for more intricate designs. It is essential that the mould is smooth, watertight and well supported. Pre-treat the interior with a quality release agent to ensure that the cured GFRC can be removed cleanly.

Typical additional admixtures levels for a 20kg:

  • Water: 2.78L–3.0L
  • Plasticiser: 10g – 50g
  • Fibres HD: 50g-300g
  • Fibres Bundled: 400g-700g
  • Retarder: 5g-20g
  • Accelerator: 5g–20g
  • Defoamer: 1g-3g
  • Colour: up to 800g

*NOTE: All admixes will alter the way the mix behaves.

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