Project Report for Safety Pin Manufacturing
Sharda Associates has delivered over 45,500 project reports, including CA-certified safety pin manufacturing project studies for PMEGP and MSME bank loans. Starting at ₹2,999, delivered within 24-48 working hours. Safety pins are one of the most simple manufactured goods by design, yet they are also one of the most widely consumed, being used in garment production, tailoring, residences, and packaging sectors throughout India.
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What Is Safety Pin
A safety pin is a basic fastening device manufactured from a single length of coiled steel wire shaped into a clasp with a coiled spring part to create tension, a pointed end for piercing cloth, and a protective cap that conceals the point when closed. Despite its simplicity, the safety pin is still one of the most commonly used fastening products in a variety of industries, including garment manufacturing (for tagging, temporary fastening during stitching, and price tag attachment), tailoring and alteration services, households (for clothing repairs and general fastening needs), and packaging (to attach tags, labels, and samples to garments and other products).
A safety pin is a basic fastening device manufactured from a single length of coiled steel wire shaped into a clasp with a coiled spring part to create tension, a pointed end for piercing cloth, and a protective cap that conceals the point when closed. Despite its simplicity, the safety pin is still one of the most commonly used fastening products in a variety of industries, including garment manufacturing (for tagging, temporary fastening during stitching, and price tag attachment), tailoring and alteration services, households (for clothing repairs and general fastening needs), and packaging (to attach tags, labels, and samples to garments and other products).
Types of Safety Pins a Manufacturing Unit Can Produce
- Standard Safety Pins: Available in a variety of sizes for common fastening applications, domestic use, and clothing.
- Nickel-Plated Safety Pins: These brilliant silver, corrosion-resistant pins are frequently used in clothing and retail packaging.
- Brass/Gold-Tone Safety Pins: ornamental pins with a high-end gold hue.
- Black safety pins: Perfect for dark textiles, fashion accessories, and craft projects.
- thick-Duty Safety Pins: Bigger, more robust pins made for thick textiles, upholstery, and blankets.
- Decorative/Craft Safety Pins: Used in crafts, jewelry-making, other decorative endeavors.
- Garment Tagging Pins: Bulk-packed pins delivered straight to textile facilities and clothing manufacturers.
Market Demand For Safety Pin Manufacturing
Garment Manufacturing Industry — The Primary Driver: India’s garment and textile manufacturing industry is one of the world’s largest, with significant domestic consumption and exports. Safety pins are used several times throughout garment production, including attaching size/price tags before packaging, securing folded clothes in bundles during transport between processing stages, and attaching quality control tags. Every garment manufacturing unit, from small job-work units to huge export-oriented factories, is a consistent bulk buyer of safety pins.
Household and Retail Consumer Market: Safety pins are a common household item, available in multi-packs from general stores, stationery shops, and, increasingly, e-commerce. While individual transaction amounts are low, the aggregate volume among India’s households reflects constant, non-cyclical demand.
Tailoring and Alteration Services: Safety pins are widely used by India’s enormous network of local tailors and alteration shops for fitting, temporary fastening during alterations, and pattern marking – a distributed but continuous demand source from wholesale stationery and haberdashery providers.
Packaging and Tagging Across Industries: Safety pins are utilized for tagging in other production and retail situations, such as attaching care instruction cards, samples, or labels to products.
Sale Opportunity: Given the country’s wire and steel manufacturing base, Indian-made safety pins are reasonably priced for sale to markets in Africa, the Middle East, and other developing countries where basic haberdashery/fastening products are in high demand.
Project Cost for Safety Pin Manufacturing Unit
Cost Component | Small Unit (₹) | Medium Unit (₹) |
Automatic pin-forming/coiling machines | 3,00,000–6,00,000 | 7,00,000–14,00,000 |
Heat treatment furnace (spring temper) | 1,00,000–2,00,000 | 2,00,000–4,00,000 |
Electroplating setup (nickel/brass plating) | 2,00,000–4,00,000 | 4,00,000–8,00,000 |
Steel wire raw material (3 months) | 1,50,000–3,00,000 | 3,00,000–6,00,000 |
Packaging machinery/setup | 80,000–1,50,000 | 1,50,000–3,00,000 |
Working capital | 1,00,000–2,00,000 | 2,00,000–4,00,000 |
Total Project Cost | ₹9.30–18.50 lakh | ₹19.50–39 lakh |
PMEGP: Up to ₹50 lakh → 15–35% capital subsidy.
Manufacturing Process
Wire feeding: Steel wire with the necessary gauge (usually low-carbon spring steel wire) is fed from coils into the automatic pin-forming machine.
Forming/coiling: The pin-forming machine bends the wire in an automated procedure, forming the spring coil part, the straight pin section with a sharpened point, and the clasp/guard section in a single pass. This is a high-speed mechanical process, with current machines capable of generating thousands of pins every hour.
Pointing: The pin end is ground or shaped into a sharp point capable of piercing fabric cleanly and without unnecessary force.
Heat treatment: Formed pins are heat treated (typically with an oil-quench or controlled-atmosphere process) to achieve spring temper — the coiled section must retain tension and “spring back” to clasp position repeatedly without losing shape, which is a safety pin’s primary functional requirement.
Surface finishing/plating: Heat-treated pins are cleaned and electroplated — nickel plating is usual for corrosion protection and a bright look, while brass plating or black oxide coating are used for certain product versions.
Quality inspection: Samples are tested for spring tension (the clasp must close securely and reopen without deformation), point sharpness, and plating quality/adhesion.
Packaging: For buyers in the apparel business, pins are packed into bulk industrial packs (1,000+ pieces) or retail packs (usually 10–50 pieces in card/poly packaging).
What Our Safety Pin Project Report Covers
- Standard sizes, brass, nickel-plated, black-finished, heavy-duty, ornamental, and bulk industrial packs are among the product options.
- Wire forming/coiling, pointing, heat treatment, plating, and packaging are all steps in the manufacturing process.
- List of machinery with supplier references and output capacity (pins per hour)
- Heat treatment specification: accurate documentation of the spring temper process
- Nickel/brass plating line cost and effluent compliance remark for electroplating setup
- Purchasing raw materials: spring steel wire (domestic wire drawing units)
- 5-year utilization plan and installed capacity
- Market analysis: export, retail/consumer, tailoring/haberdashery, and bulk supply for the apparel industry
- Revenue estimates (bulk per 1000 pieces and retail pack pricing)
- CMA statistics · DSCR greater than 1.25 · creation of PMEGP jobs Schedule of repayment
Why Choose Sharda Associates
- 45,500+ Project Reports Completed: Proficiency in PMEGP projects, wire forming, and metal component production.
- Spring Temper Process Documented: Accurate heat treatment specifications for durable pin tension are supplied.
- Pollution Control Board approvals and accurate accounting of plating-related expenses are covered in Electroplating Compliance.
- Garment Industry Sales Channel Modelled: Distinct forecasts for retail marketplaces and buyers of clothing in bulk.
- Production Capacity Accurately Estimated: The output is determined by the actual performance of a high-speed pin-forming machine.
- DSCR Verified Above 1.25: To improve loan approval prospects, financial estimates are verified prior to delivery.
- Starting at ₹2,999 · 24–48 working hours ·
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Frequently Asked Questions
A safety pin is a fastening tool composed of a single piece of coiled steel wire that is shaped into a pointed pin part, a spring coil section (for clasping tension), and a guard or protective clasp. In the manufacturing process, spring steel wire is fed into an automated pin-forming machine, which bends the wire into shape in a single continuous operation. The wire is then heat-treated for spring temper, electroplated with nickel or brass for polish and corrosion resistance, and packaged.
Indeed. For projects up to ₹50 lakh, wire and metal product manufacturing is eligible for a 15–35% PMEGP capital subsidy. A project report in the CA-certified KVIC format that includes a section on employment generation is required. For ₹2,999, Sharda Associates creates PMEGP project reports for the production of safety pins.
Wire drawing units provide low-carbon spring steel wire with a particular gauge (diameter). In order to create the clasping tension, which is the functional core of a safety pin, the wire must possess spring qualities appropriate for heat treatment. Brass or nickel for electroplating, as well as packing materials (bulk cartons, poly bags, cards).
The coiled wire portion of a safety pin is given its useful spring tension using a heat treatment procedure called spring temper, which allows the coil to repeatedly open and close firmly (clasping the fabric) without gradually losing its tension or shape. Without the proper heat treatment, a safety pin would either not hold its clasp, destroying its purpose, or be overly hard, making it impossible to open. In the production of safety pins, this is the crucial quality process.
Heat treatment furnaces (for spring temper), electroplating lines (for nickel or brass finish), packaging equipment, and automatic pin-forming/coiling machines (the core production equipment—high-speed wire-bending machines that construct the entire pin shape in one operation). The standard unit of measurement for production capacity is thousands of pins per hour per machine.
Consumer retail and e-commerce (multi-packs for home use), wholesale stationery and haberdashery distributors (supplying tailors, alteration shops, and retail stores), export buyers in Africa and the Middle East, and garment manufacturing units (the largest-volume buyers—bulk packs of 1,000+ pieces for tagging, bundling, and quality control marking throughout the production process).
Pricing is usually stated per pack for retail customers and per 1,000 pieces (gross) for bulk/industrial buyers. Typical small-medium-sized nickel-plated safety pins cost between ₹150 and ₹350 per 1,000 pieces (bulk, clothing industry). Retail multi-packs: ₹10–30 each pack (20–50 pieces, card packaging). The cost per unit is higher for ornamental and heavy-duty/blanket pins.
Safety pins are used at several stages of the clothing production process, including attaching quality control tags during inspection, securing folded clothing into bundles during the stitching, finishing, and packing processes, and attaching price and size tags prior to packaging. Safety pins are consumed proportionately by a garment factory that produces thousands of pieces per day, making them regular bulk buyers as opposed to individual consumers who make one-time or uncommon purchases.
Effluent containing metal salts is produced by electroplating (nickel or brass plating), which needs to be treated before being released. Manufacturers usually require an effluent treatment scheme (either in-house treatment plant for larger units or contracted treatment/disposal for smaller units) and must acquire Consent to Establish and Consent to Operate from the State Pollution Control Board. The project report has to mention this compliance requirement and the related expense.