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Commercial Blender (2–3 HP Motor, Soundproof Enclosure)

OEM commercial blenders with NSF certification and Tritan jars for US food service. CE and UL-listed units for professional kitchen wholesale buyers.

SPECIFICATIONS
Motor Power 2 HP (1,500W) / 3 HP (2,200W) continuous-duty
Jar Capacity 2.0L / 2.4L
Blade Material 304 stainless steel, hardened
Speed Settings Variable + 3–10 presets
Noise Level with Enclosure 72–78 dB(A)
Timer Function 0–60 sec programmable
Jar Material Tritan copolyester (BPA-free) or PC
CERTIFICATIONS
CENSF/ANSI 7ULRoHS

NSF Certification for Commercial Food Service

NSF/ANSI 7 certification (Commercial Refrigerators and Freezers) applies to cooling equipment, but for blenders, the relevant standard is NSF/ANSI 2 (Food Equipment), which covers cleanability and material safety. In the United States, commercial kitchen equipment must carry NSF certification to pass health department inspections in most states. Without NSF, a distributor selling to restaurant chains or hotel operators will not be able to close deals — buyers in this channel require NSF as a non-negotiable.

The NSF certification process takes 8–16 weeks and costs $3,000–6,000 for a new blender model. It requires the product to pass cleanability tests (no food-trapping crevices), material migration tests (no harmful substances leaching into food), and construction review. Factories in Guangdong with existing NSF-listed products can often add your brand to their existing listing at lower cost — ask specifically whether the factory has any NSF-listed blender models before committing to tooling.

Tritan vs Polycarbonate Jar and Motor Thermal Protection

Tritan copolyester (Eastman Chemical) is BPA-free, crystal clear, and rated for commercial dishwasher cycles. Polycarbonate (PC) is also clear and strong but contains bisphenol-A — EU Regulation 10/2011 restricts BPA migration in food contact plastics, and PC jars are increasingly rejected by European buyers. For US market, CA Prop 65 requires labeling if BPA migration is detectable — Tritan eliminates this exposure. The cost difference is $1–3 per jar.

Motor thermal protection is critical for continuous-duty commercial use: ice blending under full load draws 2–3× rated current. Without proper thermal cutout protection, the motor overheats and windings burn out within months of commercial use. Verify the thermal cutout reset temperature (should auto-reset at 60–70°C) and test the blender through 5 continuous 60-second ice blending cycles at 5-minute intervals — the motor should survive without tripping. Specify this as an acceptance test criterion in your purchase order.

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