iSi 000401 (000499) Chargers for 1020 - Stainless Steel, Gold - Image 1
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SKU: 061-0004
Brand: iSi
Model: 000401

iSi 000401 (000499) Chargers for 1020 - Stainless Steel, Gold

The iSi 000401 gold soda charger delivers precise carbonation for the iSi 1020 siphon, using 8 2/5 grams of CO2. Made from 100% recyclable stainless steel, it's an eco-friendly, cost-effective solution for bars and restaurants.

Key Features

  • Precise Carbonation Control: Allows bartenders to achieve perfect carbonation every time for sparkling water, sodas, or cocktails.
  • Long-Lasting & Cost-Effective: Contains 8 2/5 grams of CO2, providing multiple uses and reducing long-term costs.
  • Eco-Friendly Design: Made from 100% recyclable stainless steel, minimizing environmental impact compared to plastic alternatives.
  • Compatible with iSi 1020 Siphon: Fits seamlessly with the iSi 1020 soda siphon for optimal performance.
  • Durable & Stylish: Gold stainless steel construction ensures longevity while adding a premium aesthetic to your bar setup.
Starting from $10.00/unit

Volume discounts available

Elevate your soda siphon experience with the iSi 000401 gold stainless steel CO2 charger, designed to work seamlessly with the iSi 1020 soda siphon. This charger provides exacting control over carbonation levels, allowing bartenders to craft perfectly sparkling water, sodas, or cocktails with consistency. Each charger contains 8 2/5 grams of CO2, offering multiple uses before replacement, which not only saves costs but also reduces waste compared to plastic or single-use alternatives. Made from 100% recyclable stainless steel, this charger aligns with sustainability goals for commercial kitchens and restaurants, making it an ideal choice for eco-conscious operators. Whether you're running a high-volume bar or a fine-dining restaurant, this charger ensures precision and durability, enhancing your beverage service without compromising on quality or environmental responsibility. Its sleek gold finish adds a touch of elegance to your bar setup while maintaining functionality.