Shanghai Semitech New Material Co., Ltd.
1628 Lijing Road, Lingang New Area, 200000, Shanghai, China.
Mobile:
+8615639100440
Email:
info@semitechnm.com
SEMIK® epoxy system materials provide high-reliability solutions for heavy-duty anti-corrosion, offering specialized phenalkamines, polyamides, and modified amines with active hydrogen equivalents ranging from 75 to 415 g/mol to ensure superior adhesion and chemical resistance across maritime, automotive, and construction industries.
Ideal for low-temperature curing and wet substrates, offering excellent mechanical properties and corrosion protection.
Versatile systems with high amine values (up to 400 mg KOH/g) designed for economic efficiency and ultra-high bonding strength.
Engineered for acid/alkali resistance, high gloss, and yellowing resistance in technical coatings.
Advanced aqueous curing agents with solid contents up to 80% for sustainable anti-corrosive formulations.
High-Build Phenalkamines & Polyamides
| Model | Type | Viscosity (mPa·s, 25°C) | Active H-Equivalent (g/mol) | Key Performance Feature |
|---|---|---|---|---|
| D7040 | Phenalkamine | 60,000–80,000 | 187 | High viscosity, fast dry, superior adhesion |
| D7032 | Phenalkamine | 400–1,000 | 180 | Low viscosity, rapid curing, cost-effective |
| D8140 | Polyamide | 5,000–15,000 | 100 | High-quality triethylenetetramine base |
| D3009N | Polyamide | 600–1,500 | 315 | Low-temperature curing & fast dry |
Utilize D8115A-70 for ultra-high adhesion and protection in salt-mist environments.
High-purity reactive diluents like D7Z (plant-based) reduce viscosity without triggering allergies or crystallization at low temperatures.
Use D0965 for damp-surface curing to maintain structural integrity in high-moisture sites.
D6280 provides the necessary acid and alkali resistance for industrial tank linings.
A: Phenalkamines like SEMIK® D0965 are the optimal choice for damp-surface curing because they displace moisture from the substrate surface during the reaction. This ensures a robust mechanical bond and prevents delamination in high-moisture infrastructure sites where traditional amines would fail to adhere.
A: Phenalkamines possess a unique molecular structure that allows rapid cross-linking even at near-freezing temperatures without the need for additional accelerators. Grades like D7050 maintain a fast-drying profile and full mechanical integrity in winter climates, significantly extending the application window for heavy-duty anti-corrosion projects.
A: Specialized modified amines such as SEMIK® D6280 provide a high-density polymer matrix that is chemically resistant to harsh industrial reagents. This ensures that storage tank linings maintain their protective barrier under constant exposure to chemicals, preventing substrate oxidation and structural leakage.
A: Yes, advanced aqueous systems like SEMIK® WA-05 offer a 60±2% solid content that delivers industrial-grade salt-mist resistance equivalent to solvent-based counterparts. These systems enable sustainable, low-VOC formulations without compromising the long-term protection of maritime or infrastructure assets.
A: High amine values (up to 400 mg KOH/g) correlate directly with ultra-high bonding strength and cross-linking density. This leads to a coating or adhesive that is exceptionally tough and economically efficient, providing a versatile solution for general industrial assembly.
A: Utilizing modified amines with a very low color value (≤1), such as SEMIK® D9250, is the most effective way to ensure UV stability and aesthetic clarity. With a low viscosity of 100–300 mPa·s, it provides superior leveling and a mirror-like finish that resists yellowing over time.