*Hardeners HAVEL*

Epodur 619-0600 component B

eshop_001069
Colorless hardener for casting systems or laminating with a processing time of approx. 4 hours. Mixing ratio epoxy:hardener=100:40 by weight. Maximum layer thickness 2cm. Requires subsequent curing at min. 50°C for 3 hours.
Kč975.09

Hardener H 10

eshop_111070
Hardener H 10 is designed for curing epoxy systems with enhanced UV stability for applications like casting, laminating, and coatings. It works at temperatures as low as 10°C and offers excellent smoothness. Suitable for laminates with glass fabrics, with a mixing ratio of 100:45-50. Not recommended for clear castings or jewelry.
Kč566.61

Hardener H 146

eshop_111198
High-quality hardener for epoxy resins with a mixing ratio of 100:30 (LH 160, LH 145, LH 130). Working time: 50-60 min. Minimum curing temperature: 25 °C (recommended: 30 °C+).
Kč512.44

Hardener H 206C

eshop_111226
Hardener H 206C for casting epoxy resins, suitable for clear composites and laminations above 15°C. Non-brittle cured resin, no tempering needed. Higher thermal resistance achievable with post-curing at 50-60 °C. Working time approx. 2 hours. Low viscosity for perfect surface spreading. Ratio LH 206C : H 206C = 100:40.
Kč722.53

Hardener H 282

eshop_112219/1
Cured PVC foam for sandwich structures with high thermal resistance. Size: 2150x1000 mm. Suitable for laminating with polyester, vinylester, or epoxy. High stiffness and low weight. Can be shaped in 2D and 3D at elevated temperatures. Specific weight: 80 kg/m3.
Kč433.37

Hardener H 285 HAVEL

eshop_111260/1
High-performance laminating resin and hardener system, suitable for composites with glass, carbon, and Kevlar fibers. Features excellent static and dynamic properties, with a recommended mixing ratio of 100:40 (epoxy to hardener). Pot life of approximately 50 minutes. Achieves glossy, non-sticky surfaces even in challenging curing conditions.
Kč737.91

Hardener H 286 HAVEL

eshop_111091
High-performance laminating resin and hardener system, suitable for composites with glass, carbon, and Kevlar fibers. Features excellent static and dynamic properties, with a recommended mixing ratio of 100:40. Initial curing at room temperature allows for processing after approximately 90 minutes. Achieves glossy, non-sticky surfaces even in challenging...
Kč702.77

Hardener H 287 HAVEL

eshop_111260
Laminating resin and hardener system, a direct replacement for MGS LR 285, suitable for composites with glass, carbon, and Kevlar fibers. High static and dynamic properties, meets glider and motor glider standards after curing at 50-55 °C. Requires 80 °C curing for motor aircraft. Mixing ratio 100:40 (epoxy:hardener), pot life 4-5 hours. Produces glossy,...
Kč1,057.08

Hardener H 330

eshop_111059
H 330 is an epoxy suitable for LH 330 with a mixing ratio of 100:40 by weight or 100:50 by volume. It has a gel time of 70 minutes at 25°C and thermal resistance of 50°C. The viscosity is 450 mPas/s. Ideal for coatings and surface treatments, especially on foam polystyrene.
Kč547.57

Hardener H 505

eshop_111118
Hardener H 505 is suitable for epoxy resins and laminations above 15°C. It offers a short processing time of 15-30 minutes and can be post-cured at 50-60°C for enhanced thermal resistance and mechanical properties. Compatible with various resins in specified weight ratios.
Kč512.44

Hardener H 508

eshop_111205
Liquid hardener for epoxy resins based on cycloaliphatic polyamine. Suitable for laminations above 15°C, with a processing time of approximately 60 minutes. Higher thermal resistance can be achieved by post-curing at 50-60 °C. Available in various packaging sizes.
Kč540.25

Hardener H 512

eshop_111210
Liquid low-viscosity hardener for epoxy resins, suitable for laminations above 15°C. Requires post-curing at 50°C for 3 hours. Achieves high thermal resistance with post-curing at 90-100°C. Working time: 150-180 minutes. Ratios: LH 160 : H 512 = 100 : 23(g), LH 260 : H 512 = 100 : 23(g).
Kč563.68
Product added to wishlist
Product added to compare.

iqitcookielaw - module, put here your own cookie law text