Ampro hardener
Ampro™ hardeners are available in "fast", "slow" and "extra-slow" hardener speeds to fit Ampro™, Ampro BIO and Ampro SEAL resins.
MAIN FEATURES
- Mixing ratio of resin to hardener of 100:30 by weight.
Datenblätter
Gefahrenhinweise
SKU: N/A
Categories: Bonding, Coating, Epoxy, Laminating, Multipurpose epoxy, Multipurpose epoxy, Multipurpose epoxy, Putty
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AmproTM Bio is a multi-purpose epoxy and is made with over 40% organic content from pressed coconut shell oil, making it extremely sustainable. Together with flat fibers and Kerdyn PET foam made from recycled bottles, it is a sustainable alternative. The hardeners are the same as for the AmproTM system. MAIN FEATURES
- Mixing ratio 3 : 1 by volume
- No surface residues, even at +5°C
- For bonding, laminating, filling and filleting
- No armin redness
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Optimized for the manufacture of large composite structures using hand lay-up and vacuum processes, AmpregTM 30 offers enhanced worker safety through careful selection of low-toxicity raw materials. The relatively low initial mixed viscosity of AmpregTM 30 allows for easy wetting through of heavy reinforcements. AmpregTM 30 was developed to provide excellent mechanical and thermal properties for both ambient temperature cures and moderate temperature (50°C) post-cures. This system is available with a range of curing speeds from fast to extra slow and in a variety of formats from small pack sizes to drums and IBCs. KEY FEATURES
- Low initial viscosity of resin/hardener mixture
- Good curing even without post-curing at elevated temperatures
- Non-pigmented resins and hardeners
- Improved safety and health aspects through LRT technology
- Optimized for hand laminates
- Excellent fiber saturation
- Lloyd's Register & DNV certified
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Hardener MEKP for polyester based resins & gelcoats, adhesive resins. MEKP hardener is a universal standard MEKP for hand lay-up, fiber spraying, winding and centrifugal processes as well as for gelcoats, polymer concrete and many other processes. In addition to cobalt accelerators (Co), a much faster reaction with shorter demolding times can be achieved by using promoters such as dimethylaniline (DMA). Each UP resin requires a matched MEKP accelerator system. The required quantities depend on various factors, such as processing method, resin type, required processing and pot life, wall thickness, processing temperature, co-use of fillers and optimum metering quantity of MEKP and accelerator.
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