Still Spirits Create+ 90° Elbow Section

The Create+ 90° Elbow Section is designed for use with 2” tri-clamp compatible distilling systems. The stainless steel 90° Elbow Section integrates into a modular distilling system, redirecting vapour flow.

Key features:

• Connects to 2" tri-clamp distilling accessories
• 304 grade sainless steel construction
• High temperature resistent food grade silicone

INSTRUCTIONS: Insert the 90° Elbow Section into your distilling system, ensuring the silicone gasket is placed in the tri-clamp connection. Secure with a tri-clamp.

CLEANING BEFORE USE: Rinse all components with fresh, clean water before the first distillation run.

CLEANING AFTER USE: If needed, thoroughly rinse the section to remove any wash or debris. Use a non-scented brewery cleaner and a soft brush to remove any stubborn debris.

CAUTION: After distillation is complete, the surface will be very hot. Allow to cool before handling.

DISCLAIMER: Please note that in certain countries alcohol distillation and the possession of distilling equipment is illegal and permits/licenses may be required. For guidance or advice, contact your relevant local authorities.

WHATS INCLUDED

• 90° Elbow Section
• 2" Tri-clamp
• 2" Silicone Gasket

SPECIFICATIONS

• Dimensions: H 11.3 cm x W 11.3 cm x D 5.1 cm
• Weight: 0.285 kg

NOTE: The Still Spirits Boiler Lid and Alembic Dome are designed primarily for small to medium-sized distilling setups that do not have heavy, off-centre attachments. The lid and dome are reasonably flexible and sturdy enough to fit components that are within the following specifications:

• A total column & condenser height up to 1.1 m (3.6 ft) from the lid or dome.
• A total column & condenser weight up to 11 kg (24 lbs), including up to 2 kg (4.4 lbs) of off-centre weight from a swan neck, lyne arm, or condenser running in parallel with the column and offset up to 160 mm (6”) to the main column.

We recommend external support if:

• Your column & condenser exceeds the above specifications.
• The lyne arm is not vertical but angled or perpendicular running away from the column, resulting in significantly distant off-centre weight.
• If the column & condenser is noticeably leaning.