About FTE Clean Environment Co., Ltd. - Industrial Chemicals Supplier in Viet Nam

FTE Clean Environment Co., Ltd. is based in Viet Nam and currently lists eight distinct products in its catalogue. The catalogue includes Calcium Hypochlorite 70%, PAC (Poly Aluminium Chloride), a second entry for Calcium Hypochlorite 70% (duplicate listing), Refined Cashew Nut Shell Liquid (CNSL), Degummed CNSL, Cardanol, Residue Cardanol, and Cashew Nut Shell Extraction (CNSE). These items span the industrial chemicals, aromatic chemicals and water‑treatment chemicals families that the supplier has identified as its top categories. The company’s profile notes a focus on cashew‑derived products such as CNSL, cardanol and CNSE, which are processed from the shells and husks of Vietnam’s cashew crop.

The supplier also offers traditional chlorine‑based chemicals such as Calcium Hypochlorite and polymeric aluminium coagulants used in water treatment. All eight products are presented without price or certification claims, reflecting the factual catalogue data. The presence of both refined and degummed CNSL indicates capability to supply different purity levels for downstream applications such as resins, coatings or industrial fuels.

Product Range and Specialties of FTE Clean Environment Co., Ltd.

The product list contains two chlorine‑based disinfectants: Calcium Hypochlorite supplied at a typical available chlorine concentration of 70 % and Poly Aluminium Chloride, a polymeric coagulant commonly used at a dosage of 10 - 30 mg L‑1 in water‑treatment plants. In the cashew‑derived segment, Refined CNSL is usually marketed with a purity of 98‑99 % and a moisture content below 0.5 %, while Degummed CNSL has the fatty acids removed to achieve a lower acid value, often below 0.2 mg KOH g‑1. Cardanol, a phenolic compound extracted from cashew shells, is typically supplied with a phenol content of 70‑80 % and a viscosity around 30‑40 cSt at 25 °C; Residue Cardanol represents the lower‑purity stream after primary extraction. Cashew Nut Shell Extraction (CNSE) is a bulk biomass material used as a renewable fuel or boiler feedstock, usually delivered in bulk bags or 20‑ft containers. Buyers of these chemicals often reference standard specifications such as EN 14675 for Calcium Hypochlorite and ISO 9001 quality management systems for bulk chemical shipments.

Trade and Export Information - FTE Clean Environment Co., Ltd.

Vietnam is a major exporter of cashew nuts and derived by‑products, with cashew‑related exports reaching over 550 000 tonnes in 2020. Exporters of Calcium Hypochlorite (HS 2844) and Poly Aluminium Chloride (HS 2845) from Southeast Asia typically ship to water‑treatment facilities in the EU, Middle East and South‑East Asian markets. Cashew‑derived chemicals such as CNSL, cardanol and CNSE fall under HS 2915 (phenols and phenolic compounds) and HS 3824 (chemical products and preparations). Importers in the automotive coatings, resin, paint and bio‑fuel sectors regularly request REACH compliance, a Material Safety Data Sheet (MSDS) and a Certificate of Analysis (CoA). Standard packaging includes 20 ft or 40 ft containers with 25 kg drums for liquid chemicals, and bulk bags (1 tonne) for solid extracts. Incoterms most often used are FOB Viet Nam and CIF destination port, with customs duties evaluated against the HS codes mentioned.

Sourcing from FTE Clean Environment Co., Ltd. - Buyer Guidance

When sourcing Calcium Hypochlorite 70 % from this supplier, request the latest CoA showing available chlorine %, moisture content and heavy‑metal limits, as well as an MSDS that confirms compliance with EN 14675. For PAC, buyers should verify the polymeric aluminium content (typically expressed as Al₂O₃ % by weight) and request a particle‑size distribution report if the product will be used in rapid‑mix dosing systems. CNSL purchases normally require a purity certificate (≥ 98 %) and a test for residual oil content; degummed CNSL should be accompanied by an acid‑value report. Cardanol shipments should include a phenol‑content analysis and a viscosity measurement at 25 °C. CNSE buyers need to confirm calorific value (usually 18‑20 MJ kg‑1) and moisture level before arranging bulk container loading. In all cases, ask for a recent ISO 9001 audit report or equivalent quality‑system documentation to assess production consistency.

What purity levels are available for Refined Cashew Nut Shell Liquid (CNSL)?

The supplier lists Refined CNSL with typical purity of 98‑99 % and moisture below 0.5 %, which matches industry standards for resin and coating applications.

Which HS codes apply to the calcium‑based chemicals offered?

Calcium Hypochlorite 70 % is classified under HS 2844, while Poly Aluminium Chloride falls under HS 2845 for inorganic chemical compounds.

What documentation should a buyer request for Cardanol?

Buyers should request a Certificate of Analysis showing phenol content (70‑80 %), viscosity at 25 °C, and an MSDS that outlines handling and storage requirements.

How is Cashew Nut Shell Extraction (CNSE) typically packaged for export?

CNSE is usually shipped in bulk bags of 1 tonne or loaded directly into 20 ft containers, with moisture content verified before loading.

Are there common certifications required for the aromatic chemicals in this catalogue?

Importers often require REACH registration, an MSDS, and a quality‑system certificate such as ISO 9001 for aromatic chemicals like cardanol and CNSL.

What are the typical lead times for a full container load of Calcium Hypochlorite 70 %?

Lead times for a 20 ft container of Calcium Hypochlorite 70 % are generally 4‑6 weeks from order confirmation, subject to production scheduling and port clearance.

Can the supplier provide sample quantities for testing?

Samples are commonly offered in 1‑kg drums for liquid chemicals or 5‑kg bags for solid extracts, allowing buyers to conduct purity and performance tests before full‑scale purchase.

What are the main export markets for Vietnam’s cashew‑derived chemicals?

Key markets include the European Union, United States, China and South‑East Asian countries, where the chemicals are used in coatings, resins, adhesives and renewable‑energy applications.