Incense

Dhoop and Agarbatti: Resin Incense in India

How Indian incense sticks (agarbatti) and coreless dhoop are made from resins like loban, guggul and halmaddi, and how the two forms differ in use and scent.

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Indian temple with dhoop cones smouldering on a brass plate, marigold garlands
Dhoop cones burn without a bamboo core, releasing a denser column of smoke than a stick.

In brief

How Indian incense sticks (agarbatti) and coreless dhoop are made from resins like loban, guggul and halmaddi, and how the two forms differ in use and scent. Agarbatti is incense paste rolled or dipped onto a thin bamboo core, so it burns as a stick with a bare stem left behind. Dhoop is the same kind of resin-and-wood paste extruded or hand-rolled without any core, as a solid stick, cone or coil. Dhoop burns faster and produces denser smoke; agarbatti burns longer and more evenly because the bamboo regulates the burn. Indian masala agarbatti and dhoop commonly contain benzoin resin sold locally as loban, guggul gum from Commiphora wightii, and historically halmaddi from Ailanthus triphysa as a fragrant binder. Sandalwood powder, charcoal dust and joss (Litsea glutinosa bark) are mixed in alongside these resins, then bound with water into a workable dough before rolling or dipping.

Agarbatti and dhoop are the two main forms of stick and solid incense made in India, and both are usually resin-based rather than pure wood or herb blends. Agarbatti is a paste of wood powders, resins and fragrance oils coated onto a thin bamboo splint, so it burns as a stick with a bare stem left over. Dhoop is the same kind of paste extruded or hand-rolled without any core, into sticks, cones, coils or blocks that burn away completely. Both routinely contain benzoin resin sold in Indian markets as loban, along with guggul gum, sandalwood powder and charcoal dust. Historically, many masala-style agarbattis also relied on halmaddi, a soft resin from a Western Ghats tree, as both binder and fragrance base. The two formats serve overlapping but distinct roles in home worship, temple ritual and daily air-scenting across the subcontinent.

Agarbatti: the bamboo-stick tradition

Agarbatti (from the Sanskrit agara, aromatic substance, and vartika, small roll) is built around a bamboo core, typically a splint two to three millimetres thick. Two manufacturing routes produce very different sticks. “Dipped” agarbatti starts with a neutral base stick made of charcoal, sawdust and a binder, which is dried and then dipped in a compound fragrance oil that is absorbed into the porous core. “Masala” agarbatti skips the neutral base: wood powders, resins and ground herbs are mixed with water into a dough, hand-rolled directly onto the bamboo, and dried in the sun. Masala sticks carry resin scent from the paste itself rather than from a surface-applied oil, which is why they tend to smell more overtly of loban, guggul or sandalwood even before lighting.

Karnataka, and Bangalore in particular, has been the centre of Indian agarbatti manufacturing for generations, with production also concentrated in parts of Gujarat and Maharashtra. India exports agarbatti widely across South and Southeast Asia and to diaspora communities further afield, alongside strong domestic household demand tied to daily puja.

Dhoop: incense without a core

Dhoop (Sanskrit dhūpa, meaning both “incense” and “fumigation”) predates the bamboo stick format and remains the more direct descendant of loose resin burning. A dhoop stick, cone or coil is extruded from the same kind of masala dough used for masala agarbatti, but without a bamboo splint running through it. Because the whole object is combustible material, dhoop burns hotter and more quickly than an equivalent-length agarbatti stick, and it produces a thicker, more concentrated column of smoke.

Dhoop batti, thick hand-rolled coreless rolls, are the closest modern equivalent to older forms of temple incense. Dhoop cones and cups are frequently formulated to be self-igniting, with a small quantity of potassium nitrate worked into the dough so the piece keeps burning once lit, without needing a separate charcoal disc.

What does dhoop smell like?

Dhoop’s smell is shaped less by top-note perfumery than by the resins and woods that make up the bulk of the dough. A well-made masala dhoop reads as warm, sweet and slightly balsamic from loban, resinous and faintly bitter-green from guggul, and woody-dry from sandalwood or, in cheaper grades, other timber powders. Because dhoop is denser and burns hotter than a stick, these resin notes come through more heavily in the smoke, with more visible particulate and a shorter, more intense burn than agarbatti of comparable weight. Commercial dhoop aimed at temple use often layers in synthetic musk or floral compounds over this resin base, while artisanal dhoop from smaller producers tends to stay closer to a plain wood-and-resin profile.

Halmaddi: the binder that shaped Indian incense

Halmaddi is a soft, dark oleo-gum-resin tapped from Ailanthus triphysa, a tree native to the Western Ghats of Kerala and Karnataka. For much of the twentieth century it was the defining ingredient of Indian masala agarbatti: kneaded into the dough, it acted as a natural binder, slowed the burn, and contributed a sweet, slightly fermented, honey-like note that many long-time users of Indian incense associate with the format itself.

Overtapping and tree damage reduced halmaddi supply sharply from the 1990s onward, and much of the industry shifted to synthetic binders or to joss powder made from the bark of Litsea glutinosa, which binds the dough without contributing the same fragrance. Sticks and dhoop still labelled “halmaddi” today vary considerably in whether they contain the genuine resin or a reformulated substitute, a distinction closer in spirit to the substitution issues covered in Adulterated benzoin: common substitutes and how to test what you bought.

Loban, guggul and the resins inside the stick

“Loban” is used loosely in Indian incense trade to mean either benzoin resin, imported historically from Sumatra and Southeast Asia, or, in some regional usage, frankincense from Boswellia serrata, a species native to India itself. Both resins share a family resemblance in their benzoic acid and balsamic-resinous character, which is part of why the same word covers both in everyday speech, even though botanically they are unrelated. Guggul, the gum resin of Commiphora wightii, contributes a sharper, more myrrh-like note and is tapped from trees native to Rajasthan and Gujarat.

FeatureAgarbattiDhoop
CoreBamboo splintNone
Typical burn timeLonger, steadierShorter, hotter
Smoke densityLighterDenser
Common resinsLoban, sandalwood oil, synthetic compoundsLoban, guggul, halmaddi or joss
Typical settingDaily home puja, shopsTemples, festivals, larger rituals

How are agarbatti and dhoop made?

Both formats begin with the same basic dough: powdered wood (often sandalwood or a cheaper substitute), charcoal dust, resin powder or paste, and a binder, worked together with water into a stiff, workable consistency. For dipped agarbatti, a neutral base stick is extruded first, sun-dried, then dipped in a fragrance compound and dried again. For masala agarbatti and dhoop, the fragrance is built into the dough itself, and the paste is rolled by hand onto bamboo (for agarbatti) or extruded freehand or through a simple press into cones, coils or sticks (for dhoop). Drying is still commonly done in open air or under low heat rather than industrial ovens, particularly among smaller producers, which is one reason quality and burn consistency vary between brands. Readers looking to burn resin incense without the stick format at all can find practical guidance in How to Burn Resin Incense: Charcoal, Heaters and Getting It Right.

Temple, home and festival use

In household worship, a single agarbatti stick lit at a small shrine is the most common form of daily incense offering across India, valued for its long, even burn and minimal smoke. Dhoop is reserved more often for larger occasions: temple aarti, festivals such as Diwali and Navaratri, and rites of passage, where a denser cloud of smoke is part of the visual and olfactory signal of the ritual. Sambrani, solid discs or cups of benzoin-based resin burned on a lit charcoal or self-igniting base, sits at the boundary between dhoop and pure loose resin, and is treated separately in Sambrani and loban: the Indian household benzoin incense.

Buying and burning dhoop today

Commercial dhoop and agarbatti range from resin-and-wood formulations close to older recipes to inexpensive sticks built mostly around synthetic fragrance and sawdust, with little genuine resin content. Because ingredient labelling is inconsistent, scent and smoke density remain the most reliable clues: a stick heavy with true loban or guggul tends to smell resinous and slightly sharp before lighting, not just sweet or floral. As with other resin-based incense, burning in a ventilated space and in moderate quantity is worth keeping in mind, a point discussed more generally in Incense Smoke and Indoor Air: What the Research Says and How to Burn Wisely.

Frequently asked questions

What is the difference between dhoop and agarbatti?

Agarbatti is incense paste rolled or dipped onto a thin bamboo core, so it burns as a stick with a bare stem left behind. Dhoop is the same kind of resin-and-wood paste extruded or hand-rolled without any core, as a solid stick, cone or coil. Dhoop burns faster and produces denser smoke; agarbatti burns longer and more evenly because the bamboo regulates the burn.

What resin is used in Indian incense sticks?

Indian masala agarbatti and dhoop commonly contain benzoin resin sold locally as loban, guggul gum from Commiphora wightii, and historically halmaddi from Ailanthus triphysa as a fragrant binder. Sandalwood powder, charcoal dust and joss (Litsea glutinosa bark) are mixed in alongside these resins, then bound with water into a workable dough before rolling or dipping.

Why do some dhoop cones light without charcoal?

Self-igniting dhoop cones and cups contain a small proportion of an oxidiser, usually potassium nitrate, blended into the resin-and-wood paste. This lets the cone sustain its own combustion once lit with a flame, unlike loose resin, which needs a separate heat source such as charcoal to release its smoke.

Sources consulted

  • Boswellia serrata
  • Commiphora wightii
  • Ailanthus triphysa
  • Agarbatti
  • dhoop
  • agarbatti
  • india
  • loban
  • halmaddi