Pavan (India) to Quintal Converter

Convert pavan to quintals with our free online weight converter.

Quick Answer

1 Pavan (India) = 0.00008 quintals

Formula: Pavan (India) × conversion factor = Quintal

Use the calculator below for instant, accurate conversions.

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All conversion formulas on UnitsConverter.io have been verified against NIST (National Institute of Standards and Technology) guidelines and international SI standards. Our calculations are accurate to 10 decimal places for standard conversions and use arbitrary precision arithmetic for astronomical units.

Last verified: February 2026Reviewed by: Sam Mathew, Software Engineer

Pavan (India) to Quintal Calculator

How to Use the Pavan (India) to Quintal Calculator:

  1. Enter the value you want to convert in the 'From' field (Pavan (India)).
  2. The converted value in Quintal will appear automatically in the 'To' field.
  3. Use the dropdown menus to select different units within the Weight category.
  4. Click the swap button (⇌) to reverse the conversion direction.
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How to Convert Pavan (India) to Quintal: Step-by-Step Guide

Converting Pavan (India) to Quintal involves multiplying the value by a specific conversion factor, as shown in the formula below.

Formula:

1 Pavan (India) = 0.00008 quintals

Example Calculation:

Convert 5 pavan: 5 × 0.00008 = 0.0004 quintals

Disclaimer: For Reference Only

These conversion results are provided for informational purposes only. While we strive for accuracy, we make no guarantees regarding the precision of these results, especially for conversions involving extremely large or small numbers which may be subject to the inherent limitations of standard computer floating-point arithmetic.

Not for professional use. Results should be verified before use in any critical application. View our Terms of Service for more information.

What is a Pavan (India) and a Quintal?

The Pavan (പവൻ), sometimes spelled Pawan or Pavana, is a traditional unit of mass predominantly used in the state of Kerala, South India, almost exclusively for measuring gold. It is defined as being exactly equal to 8 grams. Unlike units like the Tola or Masha which had broader applications, the Pavan's use is tightly linked to the gold trade and jewelry market in this specific region.

The quintal (symbol: q) is a unit of mass equal to 100 kilograms (220.462 pounds) in the metric system. The term derives from Arabic qinṭār (قنطار), itself from Latin centenarius ("containing a hundred"), reflecting its fundamental definition as "a hundred units" of mass.

The Metric Quintal (100 kg)

The modern metric quintal is precisely defined as:

  • 100 kilograms (exact)
  • 0.1 metric tons (tonnes)
  • 100,000 grams
  • 220.462 pounds (avoirdupois)

This standardized definition emerged from France's adoption of the metric system (1795-1799), where the quintal was redefined as exactly 100 kg, replacing the pre-revolutionary quintal of 48.95 kg (100 livres).

Historical Quintal Variants

Before metrication, numerous regional quintal definitions existed:

  • French quintal (pre-1795): 48.95 kg (100 livres poids de marc)
  • Spanish quintal (quintal castellano): 46.01 kg (100 libras)
  • Portuguese quintal: 58.75 kg (4 arrobas)
  • Egyptian qinṭār: 44.93 kg (100 raṭls)
  • British quintal: 112 pounds (50.80 kg, equivalent to 1 hundredweight)
  • Venetian cantaro: 47.66 kg
  • Dutch centenaar: 49.4-50.2 kg (varied by city)
  • Mexican quintal: 46.01 kg (Spanish colonial)

These variations made international trade complex, contributing to the 19th-20th century push toward metric standardization.

The Quintal in Agricultural Trade

The quintal's strength lies in its practical scale for bulk commodity trade:

  • 1 quintal = 2 standard grain bags (50 kg each)
  • 10 quintals = 1 metric ton (clean decimal conversion)
  • Human-manageable scale: 100 kg is within the range two workers can handle
  • Intermediate unit: Bridges small-scale sacks and large-scale tonnage

In commodity markets, prices are often quoted per quintal for crops like wheat, rice, coffee, sugar, and cotton.

Note: The Pavan (India) is part of the imperial/US customary system, primarily used in the US, UK, and Canada for everyday measurements. The Quintal belongs to the imperial/US customary system.

History of the Pavan (India) and Quintal

The origin of the Pavan as a unit is closely tied to the weight of the British Gold Sovereign coin, which weighs approximately 7.98805 grams (very close to 8 grams). During the British colonial era and afterwards, the Sovereign was a common form of holding gold, and its weight became a de facto standard for gold transactions in certain regions, particularly Kerala. Over time, 'Pavan' became synonymous with this 8-gram standard for gold. Despite the official adoption of the metric system in India, the Pavan remains the primary unit for quoting gold prices and measuring gold weight in jewelry shops throughout Kerala and among the Malayali diaspora.

The quintal's 1,300-year journey from Islamic trade networks to modern agricultural markets reflects the evolution of international commerce and measurement standardization.

Arabic Origins (7th-9th Centuries)

The quintal traces to the Arabic qinṭār (قنطار), borrowed from Latin centenarius ("hundred-weight") or Greek kentenarion (κεντηνάριον). During the Islamic Golden Age (750-1258 CE), Arab merchants dominated Mediterranean, Red Sea, and Indian Ocean trade routes, establishing the qinṭār as a standard for trading spices, grain, textiles, and metals.

The qinṭār typically equaled 100 raṭls (رطل), with the raṭl varying by region from 380-550 grams, making historical qinṭārs range from 38-55 kg. Baghdad's Abbasid Caliphate standardized the qinṭār for taxation and trade regulation around 100 raṭls of approximately 400-450 grams each.

Medieval European Adoption (11th-15th Centuries)

Crusader contact, Venetian trade monopolies, and Reconquista Spain brought Islamic measurement units into European commerce. The quintal entered Romance languages:

  • Italian: quintale
  • Spanish: quintal
  • Portuguese: quintal
  • French: quintal
  • Catalan: quintar

Each region adapted the concept to their local pound (livre, libra, lira), creating dozens of quintal variants. Venice's cantaro (47.66 kg) dominated Mediterranean spice trade, while Iberian quintals (46-59 kg) became colonial standards in the Americas.

Colonial Spread (16th-18th Centuries)

Portuguese and Spanish colonial expansion exported quintal standards to:

  • Latin America: Spanish quintal (46 kg) for silver, cacao, sugar
  • Brazil: Portuguese quintal (58.75 kg) for sugar, coffee, gold
  • Philippines: Spanish quintal for rice, hemp, sugar (until 1906)
  • Goa and Macau: Portuguese quintal in Indian and Chinese trade

These colonial quintals persisted long after independence, with Brazil using the Portuguese quintal until adopting the metric version in the mid-20th century.

French Metric Quintal (1795-1799)

The French Revolution's measurement reform created the metric system, redefining the quintal as exactly 100 kilograms on December 10, 1799 (19 Frimaire, Year VIII).

This represented a radical simplification:

  • Old French quintal: 48.95 kg (100 livres poids de marc)
  • New metric quintal: 100 kg (100,000 grams)
  • Decimal elegance: 10 quintals = 1 ton; 1 quintal = 100 kg = 100,000 g

The metric quintal provided a convenient intermediate unit between the kilogram and the tonne (1,000 kg), ideal for agricultural commerce.

International Adoption (19th-20th Centuries)

The Treaty of the Metre (May 20, 1875) established the International Bureau of Weights and Measures (BIPM) and promoted metric standardization. The 100 kg quintal spread through:

European Metrication:

  • Italy (1861 unification): Adopted metric quintal for grain markets
  • Germany (1872): Zentner (50 kg) preferred over quintal
  • Spain (1852, enforced 1880): Spanish quintal → metric quintal
  • Portugal (1852, enforced 1866): Portuguese quintal → metric quintal

Colonial and Post-Colonial Adoption:

  • India (1947): British hundredweight replaced by metric quintal
  • Pakistan (1947): Adopted metric quintal for wheat, rice, cotton
  • Bangladesh (1971): Inherited Pakistani metric quintal
  • Francophone Africa (1960s): French colonies adopted metric quintal
  • Brazil (mid-20th century): Portuguese quintal → metric quintal

Agricultural Commodity Exchanges:

  • Chicago Board of Trade (1848-present): US hundredweight (100 lb, 45.36 kg)
  • Brazilian coffee markets (early 20th century): Adopted 60 kg bags (0.6 quintals)
  • Indian wheat mandis (markets): Quintals standard by 1950s-1960s

Modern Usage (20th-21st Centuries)

Today, the metric quintal remains active in:

  • South Asia: India, Pakistan, Bangladesh use quintals for grain prices
  • Latin America: Brazil for coffee/sugar, Argentina for grain
  • France and Francophone regions: Agricultural statistics, farm sales
  • Mediterranean: Parts of Italy, Spain, Portugal in rural markets
  • Africa: Former French colonies (Senegal, Ivory Coast, Mali)

Anglo-American markets largely abandoned the quintal for:

  • Metric ton (1,000 kg) in international trade
  • US hundredweight (100 lb = 45.36 kg) in American markets
  • British hundredweight (112 lb = 50.80 kg) until full metrication (1990s)

Common Uses and Applications: pavan vs quintals

Explore the typical applications for both Pavan (India) (imperial/US) and Quintal (imperial/US) to understand their common contexts.

Common Uses for pavan

The Pavan is almost exclusively used for:

  • Gold Jewelry: Pricing, buying, and selling gold ornaments (necklaces, bangles, earrings, etc.) in Kerala. Jewelry weight is almost always specified in Pavan.
  • Gold Bullion: Measuring and trading small gold bars or coins, especially in local markets.
  • Investment Gold: Discussing and quantifying personal gold holdings.
  • Cultural Significance: Often used in contexts like dowries or gifts where gold quantity is specified.

When to Use quintals

Agricultural Commodity Trading

The quintal is the standard unit for pricing and trading bulk agricultural products in many markets:

Indian Agricultural Markets (Mandis):

  • Wheat prices quoted in rupees per quintal (₹/quintal)
  • Rice, cotton, sugarcane traded by quintal
  • Government Minimum Support Price (MSP) set per quintal
  • Example: Wheat MSP 2023-24 = ₹2,125 per quintal (~$25.50/quintal)

Brazilian Coffee Market:

  • Coffee traded in 60 kg bags (0.6 quintals) or full quintals
  • Brazilian Real per quintal (@) pricing
  • São Paulo commodity exchange quotes

French Agricultural Statistics:

  • Crop yields reported in quintaux per hectare (q/ha)
  • Wheat: 65-75 q/ha typical yield
  • Corn: 80-100 q/ha modern varieties
  • Vineyards measured by hectoliters, grain by quintals

Farm Production Records

Farmers track yields, sales, and inventory in quintals where traditional:

  • Harvest tallies: "We harvested 450 quintals of wheat from 10 hectares"
  • Storage management: "Warehouse capacity 2,000 quintals"
  • Sales records: "Sold 120 quintals at ₹2,000/quintal = ₹240,000"
  • Seed calculations: "Need 8 quintals of seed for 40 hectares" (20 kg/hectare)

Government Agricultural Policy

Governments use quintals for agricultural planning:

  • India's Food Corporation: Procures millions of quintals for public distribution
  • Minimum Support Prices: Guaranteed prices per quintal
  • Crop insurance: Coverage based on quintals per hectare yields
  • Export quotas: "Allow export of 5 million quintals of wheat"
  • Buffer stock targets: "Maintain 100 million quintal strategic reserve"

Food Processing Industry

Processing plants measure intake and output in quintals:

  • Sugar mills: Sugarcane crushed measured in quintals, sugar recovery percentage calculated
  • Rice mills: Paddy intake in quintals, milled rice output (60-70% recovery)
  • Flour mills: Wheat processed per day (e.g., 500 quintals/day capacity)
  • Coffee roasters: Green coffee beans purchased by quintal

Commodity Futures and Contracts

Agricultural futures markets use quintals in some regions:

  • Indian commodity exchanges (MCX, NCDEX): Contracts in quintals
  • European grain markets: Tonnes preferred, but quintals used in conversion
  • Contract specifications: "Wheat futures: 10 quintals per contract"

Historical and Cultural Contexts

The quintal appears in:

  • Historical trade records: Colonial shipping manifests, customs documents
  • Literature: Portuguese, Spanish, French novels mentioning quintal prices
  • Traditional farming: Multi-generational farms in Mediterranean Europe
  • Legal disputes: Land productivity measured in quintals per hectare for valuation

Additional Unit Information

About Pavan (India) (pavan)

How many grams are in a Pavan?

One Pavan is exactly equal to 8 grams (g). This is the standard definition used throughout Kerala and in the gold trade associated with the region.

Is Pavan used outside of India?

The Pavan is primarily used within India, specifically concentrated in the state of Kerala. It is also commonly used by the Malayali diaspora community worldwide when dealing with gold transactions within the community or purchasing gold from Keralite jewelers abroad. It is not a standard unit in other parts of India or internationally outside these specific contexts.

How does Pavan relate to Tola?

The Pavan and the Tola are distinct traditional Indian units of mass, primarily used for gold, but with different values.

  • 1 Pavan = 8 grams
  • 1 Tola11.664 grams They are not directly related in a simple ratio and represent different weight standards originating from different influences (Pavan linked to the Sovereign coin, Tola having older roots). While both measure gold, they are used in different regions or contexts (Pavan dominant in Kerala, Tola historically more widespread and still used in other parts of India).

About Quintal (q)

How many kilograms are in a metric quintal?

There are exactly 100 kilograms in 1 metric quintal. This is the internationally standardized definition adopted after the French Revolution (1799) and now used in agriculture worldwide.

How does a quintal relate to a metric ton?

1 metric ton (tonne) = 10 quintals. Since 1 tonne = 1,000 kg and 1 quintal = 100 kg, the conversion is a simple decimal shift. This makes quintals ideal for intermediate-scale agricultural measurements.

Is a quintal always 100 kg?

In modern usage, yes—the metric quintal is always 100 kg. However, historically no—pre-metric quintals ranged from 40-120 kg depending on region:

  • Spanish: 46 kg
  • Portuguese: 58.75 kg
  • French (pre-1795): 48.95 kg
  • British: 50.8 kg (112 lb) Always check context and date when encountering quintals in historical documents.

Why do Indian farmers use quintals instead of kilograms or tons?

The quintal offers a practical middle scale for farm operations:

  • Too small: Tracking thousands of kilograms is cumbersome (5,000 kg vs. 50 quintals)
  • Too large: Tons are too big for small farmer transactions (5 tons sounds massive vs. 50 quintals)
  • Manageable numbers: Most harvests range 20-100 quintals per hectare (easy mental math)
  • Traditional: India adopted quintals during metrication (1947-1960s), now culturally ingrained
  • Government policy: Minimum Support Prices quoted per quintal, making it standard

What is the difference between a quintal and a hundredweight?

Metric quintal = 100 kg = 220.462 lb US hundredweight (cwt) = 100 lb = 45.36 kg British hundredweight (cwt) = 112 lb = 50.80 kg

A metric quintal is 2.2× heavier than US cwt and 1.97× heavier than British cwt. The names both mean "hundred," but refer to different base units (metric kg vs. imperial pounds).

How do you convert quintals per hectare to bushels per acre?

Step-by-step for wheat (1 bushel ≈ 27.22 kg at 60 lb/bushel):

  1. Convert quintals/ha to kg/ha: Multiply by 100

    • 50 q/ha = 5,000 kg/ha
  2. Convert kg to bushels: Divide by 27.22 kg/bushel

    • 5,000 kg ÷ 27.22 = 183.7 bushels
  3. Convert hectares to acres: Divide by 2.47 acres/ha

    • 183.7 bushels/ha ÷ 2.47 = 74.4 bushels per acre

Quick formula: q/ha × 0.367 ≈ bushels/acre (for wheat)

Are quintals used in the United States?

Very rarely. The US agricultural sector uses:

  • Bushels for grain (wheat, corn, soybeans)
  • US hundredweight (100 lb) for livestock, potatoes
  • Pounds or tons (2,000 lb) for most commodities
  • Metric tons for international trade

Quintals might appear in international trade documents, Latin American imports, or historical contexts, but are not part of standard US agricultural commerce.

Why is Brazilian coffee measured in 60 kg bags instead of quintals?

The 60 kg bag (0.6 quintals) became the Brazilian coffee standard due to:

  • Historical Portuguese quintal: 58.75 kg ≈ 60 kg (close approximation)
  • Human handling: 60 kg is about the maximum two workers can comfortably lift
  • International standard: The 60 kg bag became global coffee standard adopted by other producers
  • Convenient: 1,000 kg = 16.67 bags (close to 17), making mental math easier than 10 quintals

Brazilian coffee is thus priced per "saca" (60 kg bag), though sometimes converted to quintals for comparison.

How much wheat is 100 quintals in bushels?

100 quintals = 367 bushels (for wheat at 60 lb/bushel):

  1. 100 quintals = 10,000 kg = 22,046 pounds
  2. 22,046 lb ÷ 60 lb/bushel = 367.4 bushels

Alternatively:

  • 10,000 kg ÷ 27.22 kg/bushel = 367.4 bushels

This represents about 15.3 acres of excellent wheat yield (24 bushels/acre × 15.3 = 367 bushels).

Do European countries still use quintals today?

Yes, but declining. Usage varies by country:

Still Common:

  • France: Agricultural statistics (rendements en quintaux/hectare)
  • Italy: Rural markets, traditional farming (quintale)
  • Spain/Portugal: Some rural areas, older generation
  • Francophone Africa: Senegal, Ivory Coast, Mali

Largely Replaced:

  • Germany: Zentner (50 kg) or metric tons preferred
  • UK: Fully metricated to kilograms/tonnes (1990s-2000s)
  • Netherlands/Nordics: Kilograms and tonnes exclusively

Trend: Urban, industrial, and export sectors use metric tons; rural and traditional markets retain quintals.

What does "yield of 50 quintals per hectare" mean?

50 q/ha means:

  • 5,000 kilograms per hectare (50 × 100 kg)
  • 5 metric tons per hectare
  • 2.02 metric tons per acre (÷ 2.47 acres/ha)
  • 4,454 pounds per acre

Context:

  • Wheat: 50 q/ha is a good yield (global average ~35 q/ha)
  • Corn: 50 q/ha is low (modern varieties reach 100+ q/ha)
  • Rice: 50 q/ha is moderate (high-yield areas reach 70+ q/ha)

How do I convert a price from quintals to metric tons?

Multiply by 10 (since 1 metric ton = 10 quintals):

Example 1 - Indian Wheat:

  • ₹2,125 per quintal × 10 = ₹21,250 per metric ton

Example 2 - French Grain:

  • €25 per quintal × 10 = €250 per metric ton

Example 3 - Brazilian Sugar:

  • R$120 per quintal × 10 = R$1,200 per metric ton

Reverse (tons to quintals): Divide by 10

  • $500/tonne ÷ 10 = $50 per quintal

Conversion Table: Pavan (India) to Quintal

Pavan (India) (pavan)Quintal (q)
0.50
10
1.50
20
50
100.001
250.002
500.004
1000.008
2500.02
5000.04
1,0000.08

People Also Ask

How do I convert Pavan (India) to Quintal?

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What is the conversion factor from Pavan (India) to Quintal?

The conversion factor depends on the specific relationship between Pavan (India) and Quintal. You can find the exact conversion formula and factor on this page. Our calculator handles all calculations automatically. See the conversion table above for common values.

Can I convert Quintal back to Pavan (India)?

Yes! You can easily convert Quintal back to Pavan (India) by using the swap button (⇌) in the calculator above, or by visiting our Quintal to Pavan (India) converter page. You can also explore other weight conversions on our category page.

Learn more →

What are common uses for Pavan (India) and Quintal?

Pavan (India) and Quintal are both standard units used in weight measurements. They are commonly used in various applications including engineering, construction, cooking, and scientific research. Browse our weight converter for more conversion options.

For more weight conversion questions, visit our FAQ page or explore our conversion guides.

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Verified Against Authority Standards

All conversion formulas have been verified against international standards and authoritative sources to ensure maximum accuracy and reliability.

NIST Mass and Force Standards

National Institute of Standards and TechnologyUS standards for weight and mass measurements

ISO 80000-4

International Organization for StandardizationInternational standard for mechanics quantities

Last verified: February 19, 2026