Churn 10 Seater Teak Table 210cm With Grisdale Side Chairs

Churn 10 Seater Teak Table 210cm With Grisdale Side Chairs Description:

Made from solid teak, our robust, deluxe round, 12 seater Chunky Churn Table is perfect for enjoying all year round alfresco dining, in your outdoor space.

 This set comes complete with ten Grisdale Side Chairs.

 12 Seater Chunky Teak Churn Table 210cm With a diameter of 210cm, you can easily seat up to 12 people around it’s circumference and is ideal for gardens, terraces, pubs and restaurants.

With a 4mm thick table top and robust construction, this grand table provides large scale dining that is built to last.

 Features and Benefits • Comfortably seats up to 12 people.

• Table top can unscrew from base, plus legs can collapse; ideal for storage.

• Sturdy, 4cm thick table top with slatted inlay.

• Made from high quality teak.

• Ethically sourced FLEGT Licenced timber.

• All mortice and tenon joints are dowelled and pegged for additional strength.

• Constructed from hardwearing timber.

Can be left outside all-year round.

• Incorporated parasol hole with stylish brass fitting sleeve and cap.

• UK Nationwide delivery available.

 Ten Grisdale Solid Teak Side Chairs Handmade from solid natural teak, the robust, Grisdale Side Chair is perfect for enjoying your outdoor space all year round.

Featuring a slatted seat and back rest, the Grisdale provides a seat which is not your average garden chair.

The thick, heavy teak is constructed in way that offers reliability and low maintenance coupled with the benefit of being handcrafted from durable timber, meaning your chair should last you for years to come.

  Features and Benefits • Features a multi-slatted seat and back rest,  to provide the perfect place to sit back and relax.

• Made from high quality teak.

• Ethically sourced FLEGT Licenced timber.

• Constructed from hardwearing timber.

Can be left outside all-year round.

• UK Nationwide delivery available.

Due to the handmade nature of our furniture, please allow for measurement tolerances.