Mushroom Gill Hem Sweater Jumper Knitting Pattern

Mushroom Gill Hem Sweater in Sirdar Loveful 100% Bio Blend

What is Being Made

The Mushroom Gill Hem Sweater (Design No. 10910) is an intermediate-level knitted pullover sweater featuring nature-inspired design elements. This garment is available in seven sizes ranging from XS to XXXL, with chest measurements from 71-137cm (28-54 inches) and full lengths from 56-68cm (22-26¾ inches). The sweater showcases subtle details inspired by cell structures, beehives, and shells, reflecting the organic aesthetic of the Loveful Bio Blend yarn collection.

Craft and Techniques

This is a knitting project suitable for knitters with intermediate skill levels. The pattern employs double knitting as the primary construction technique, which creates a fabric with excellent drape, durability, and structure. Double knitting produces a dense, reversible fabric that is ideal for garments requiring stability and a polished finish. The design incorporates subtle textural details inspired by natural forms, requiring knitters to work with precision and attention to stitch definition.

Stitches and Construction Details

While specific stitch abbreviations are not detailed in the provided pattern excerpt, the double knitting technique involves working with two colors or yarn strands simultaneously to create intricate patterned effects. The sweater features a distinctive mushroom gill hem—a specialty finishing detail that creates a textured, organic edge reminiscent of the gill structures found on mushroom undersides. This hem treatment requires careful attention during the cast-on and finishing stages to achieve the characteristic ridged appearance.

Materials and Yarn Specifications

The Mushroom Gill Hem Sweater is designed to be knitted using Sirdar Loveful Bio Blend Double Knitting yarn. This yarn represents a significant innovation in sustainable fiber production, incorporating award-winning CiCLO® technology—a recycled polyester component blended with natural fibers. The Bio Blend composition creates a yarn that is both durable and environmentally conscious, designed to maintain its integrity throughout the garment's useful life while reducing microplastic pollution when the sweater eventually reaches the end of its lifecycle.

The pattern sample shown features shade 101 of the Sirdar Loveful Bio Blend collection. Double knitting weight yarn requires appropriately sized knitting needles to achieve the correct gauge and fabric density specified in the pattern instructions.

Design Heritage and Quality Assurance

Sirdar, established in West Yorkshire in 1880, brings over a century of British hand knitting heritage to this contemporary design. The company's reputation for reliability is backed by their quality assurance process—Sirdar triple-checks all patterns to guarantee success when knitters use recommended Sirdar yarns. The Loveful Bio Blend collection specifically combines affordable sustainability with Sirdar's technical expertise, making advanced yarn innovations accessible to a broader range of hand knitters.

Sizing and Fit Information

• XS: 71/76cm chest (28/30"), 87cm width (34¼"), 56cm full length (22")
• S: 81/86cm chest (32/34"), 96cm width (37¾"), 58cm full length (22¾")
• M: 91/97cm chest (36/38"), 107cm width (42"), 60cm full length (23¾")
• L: 102/107cm chest (40/42"), 118cm width (46½"), 62cm full length (24½")
• XL: 112/117cm chest (44/46"), 127cm width (50"), 64cm full length (25¼")
• XXL: 122/127cm chest (48/50"), 138cm width (54¼"), 66cm full length (26")
• XXXL: 132/137cm chest (52/54"), 147cm width (58"), 68cm full length (26¾")

Care and Longevity

The Mushroom Gill Hem Sweater can be washed and worn like any other Sirdar garment, maintaining its quality and appearance throughout extended use. The integration of CiCLO® Recycled Polyester technology means that when the sweater eventually reaches the end of its useful life, the recycled polyester component will behave similarly to the wool in the blend, significantly reducing environmental impact compared to conventional synthetic fibers.