A sourcing-first method for cutting overlapping work-glove lines by task, performance band and MOQ reality so importers and distributors can stock six honest glove platforms instead of 24 slow, overlapping SKUs.
Audit the function before the catalogue
['If you want real glove SKU rationalisation, start with one spreadsheet and no brand language. List every live code with liner yarn, gauge, machine type if known, coating chemistry, coating finish, palm dip or full dip, cuff colour, overlock colour, size run, pair pack, carton quantity, average monthly sales, return rate, last order date and latest test report date. Add EN ISO 21420 for general requirements, EN 388 result code, and ANSI/ISEA 105 cut level only where that market actually asks for it. If a glove is sold as CE, cut resistant or cold resistant and nobody can produce the lab report with issue date, treat the claim as unproven until paperwork is in hand.', 'This exercise usually exposes false variety. We often see three or four separate SKUs that are all 13 gauge polyester with PU palm coating, knit wrist, same carton pack and same actual hand feel. One has a black shell, one a grey shell, one a moved logo, and one an overlock colour changed for a customer who no longer buys it. In stock control that becomes four item codes, four forecast lines and four reorder decisions. In use, they are still entry assembly gloves typically around EN 388 3131X or 4131X depending on coating weight and test lot.', 'Also audit complaints by task, not by salesman opinion. Separate dry assembly, carton handling, oily parts, light metal handling and cold loading bay work. If the complaint is palm wear through on corrugate after one shift, that is not solved by adding another shell colour. If the complaint is poor grip on light oil, do not keep feeding PU variants into a job that needs nitrile foam or sandy nitrile. Rationalisation starts when you stop confusing decoration changes with performance changes.']
Build six stock slots around what the factory can repeat
['For most importers and distributors, six knit-dip platforms are enough to cover the majority of industrial demand without carrying 24 weak lines. A practical six-slot structure is: 13 gauge polyester PU for basic assembly; 15 gauge nylon or polyester PU for better tactility; 13 gauge polyester smooth nitrile for warehouse and general handling; 15 gauge nylon or polyester nitrile foam or sandy nitrile for oily grip; 13 gauge HPPE blend with PU or micro-foam nitrile for cut work; and one thermal platform such as 10 gauge acrylic terry or 7 gauge brushed acrylic with latex crinkle for cold handling.', 'That six-slot structure fits standard capability in a Yiwu knit-and-dip setup. It is realistic on 13G and 15G lines with common yarns such as polyester, nylon, HPPE, glass fibre blends and acrylic. What it does not cover is just as important. Chemical gauntlets to EN ISO 374, TIG or MIG welding gloves, aluminised heat gloves, arc flash PPE and electrical insulating gloves are different product families with different materials, tooling and approvals. Do not pretend one knit-dip factory should cover all of that.', 'Keep the slot definition broad enough for production efficiency but narrow enough for sales discipline. Typical economic MOQs for standard knit-dip gloves are often around 1,200 to 3,000 pairs per colour per style, depending on yarn availability, dipping line load and print requirement. Once you spread thin volume over 24 item codes, every repeat becomes awkward. Six live platforms give you enough stock depth to reorder before you fall into air freight or line-change pain.']
Set performance bands so small construction changes stop becoming new SKUs
['Each stock slot needs a floor and a ceiling. Without that, every buyer comment becomes a new item code. For example, your basic assembly slot might be 13G or 15G, PU palm coated, knit wrist, dry handling only, no touchscreen promise, no impact claim, and minimum abrasion level 3 under EN 388. Your warehouse slot in smooth nitrile might require abrasion level 4, better puncture than the PU line, and acceptable grip on corrugate, shrink wrap and timber. Once that band is fixed, changing from white polyester to grey polyester is not a new range addition.', 'The cut slot needs even harder rules. Many distributors carry too many weak cut lines: an A2 that is barely cheaper, an A3 with no clear benefit, and an A4 that is marketed hard but tested inconsistently. In a lot of light fabrication, appliance assembly and metal handling work, one honest A3 or A4 platform under ANSI/ISEA 105, with a matching EN 388 code such as 4X42C or 4X43C, will replace several lookalike SKUs. Keep A5 and above only where blade exposure really justifies the thicker liner, lower dexterity and slower stock turn.', 'If laundering matters, test that specifically. Do not assume a glove that passes cut testing new will behave the same after use and wash. A practical check is to assess fit, coating flexibility and key performance after 3 to 5 wash cycles under the customer’s actual laundry method. Some micro-foam nitrile finishes stiffen, and some cut liners shift feel after washing. If you never define the performance band, the catalogue keeps growing while the actual user coverage does not.']
Cut variants before you cut core platforms
['The fastest reduction is usually in variants, not in the base glove itself. Keep colour options only where the market genuinely uses them. Black, grey and white are normal stock colours for many coated gloves. Beyond that, fluorescent shells, camouflage liners, contrast cuffs and special back prints should be project business, not stock business. A changed shell colour still creates separate raw yarn planning, separate carton marks and separate replenishment decisions.', 'Decoration is another hidden SKU multiplier. On knit-dipped gloves, one-colour back print is the lowest-friction option. Two-colour prints, oversized logos, wash-care marks, individual barcode stickers or retail headers all add handling points after dipping and before final pack. The glove may be the same, but production is not. The line has to separate semi-finished stock, printing sequence, drying, pair matching and final inspection. If you want six stock platforms, keep the stock decoration simple and push custom presentation into made-to-order projects with separate MOQs.', 'Do the same with packaging. For industrial stock business, bulk pack is usually the cleanest route: commonly 12 pairs per polybag and 120 or 144 pairs per export carton depending on glove bulk. Hanger cards, euro-slot headers, printed inner boxes and 60-pair inners should be treated as separate packaging projects, not hidden inside the main SKU count. Size discipline matters too. In many ranges, size 9 and 10 carry the highest volume, with size 8 next. If you hold sizes 6 through 12 in every colour and every pack format, inventory multiplies faster than user coverage.']
Use MOQ, lead time and container maths as the pass-fail test
['A glove should survive only if it can be bought at a sensible MOQ, replenished on time and shipped without creating dead stock. Compare 12-month sales velocity with the factory’s real economic run, not the salesman’s theoretical minimum. If one style sells 350 pairs a month and the sensible repeat is 2,400 pairs per colour, you are buying nearly 7 months of stock before safety stock and transit time. That is exactly how slow-moving PPE lines look acceptable on paper and ugly in the warehouse.', 'For standard knit-dip work gloves, repeat lead times are often around 30 to 45 days ex works once deposit, artwork and size breakdown are confirmed. First orders, fresh packaging or less common yarns are more often 45 to 60 days. During peak periods, or if the glove uses a cut liner with blended yarn and glass fibre, you should expect less flexibility. If your business model cannot absorb that cycle, the answer is not another SKU. The answer is fewer, deeper stock positions.', 'Container maths is the second filter. Bulk-packed 13G knit-dipped gloves can load well, but fragmentation reduces fill quickly. A rough working range for a 40HQ is often around 160,000 to 220,000 pairs depending on pack style, coating bulk and carton dimensions. Once you split the shipment into too many SKUs, you lose efficiency to partial cartons, more carton marks and more pick errors. Inspection gets heavier as well. At AQL 2.5 major and 4.0 minor, six strong SKUs are simply easier to police than 24 weak ones.']
Consolidate in two stages and be strict on exceptions
['Do not delete 18 codes overnight and tell the sales team that one miracle glove now covers every job. Rationalisation works best in two stages. Stage one is spec merger. Select the surviving platform, freeze the liner, gauge, coating, finish, cuff and standard pack, then cross-reference old codes to the new code in ERP and price lists for 3 to 6 months. Keep the old description visible during the overlap period so the customer can map old buying habits to the new item without confusion.', 'Stage two is variant cleanup. After one successful repeat order with no pattern of fit, coating or print complaints, remove weak colours, fringe sizes and awkward pack formats. Start with the family that gives the easiest read on usage, usually general handling. For example, replace three or four overlapping warehouse gloves with one 15G nitrile foam platform in neutral shell colours and core sizes 8, 9 and 10. Then measure reorder interval, complaint rate, size exchange rate and gross margin over one full quarter.', 'Be strict about sample approval. Sign off from a pre-production sample taken off the real production line, not a polished bench sample made to win the order. On volume production, liner tension, dip pick-up, curing and logo adhesion can all shift. Ask for the actual test report tied to the approved construction, and keep that report date on file. Fewer SKUs help only when each remaining platform has a clear task, honest performance data and a factory setup that can repeat it without excuses.']
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This guide is updated when industry conditions change - the last revision was based on Q1 2026 fabric pricing and CN-EU freight rates.