Zhoucheng Tie-dye: Boasting a 1500-year history, this craft uses pure natural Radix Isatidis fermentation for soaking and dyeing. In just about 2 hours, you can personally stitch, tie, and dye a unique square scarf.
Bai Ethnic Three-Course Tea: A national-level intangible cultural heritage hospitality ritual. By tasting three characteristic tea soups—”First Bitter, Second Sweet, and Third Aftertaste”—you can enjoy an immersive experience of the profound life philosophy of the Bai people.
Jianchuan Wood Carving: A thousand-year-old fingertip skill. Under the guidance of an old craftsman, spend half a day carving your own exclusive raw wood pendant.
Zhoucheng Tie-dye
Located 18 km from Dali Ancient City, Zhoucheng Village is home to over 300 handicraft workshops. For a cost of 50 to 150 yuan, visitors can experience this craft, which was listed as a national intangible cultural heritage in 2006, within 1.5 to 3 hours. Participants use needles and thread to stitch patterns onto a white cotton cloth measuring 30×30 cm or larger, which is then submerged into a cold dye vat fermented from Radix Isatidis and maintained at a temperature of 15-20°C. A single soak takes 2 to 3 minutes, followed by 3 to 5 minutes of oxidation upon contact with air. By repeating the “soaking-oxidation” steps 3 to 6 times, then washing with clean water and removing the cotton threads, a blue-and-white pattern with natural ice-crack textures emerges on the fabric.
Stitching and Tying Process
The wooden workbenches in the workshops are usually stacked with pure white cotton cloth with a thickness of 0.5 mm. The first action for visitors after sitting down is to select tools from a plastic needle and thread basket measuring 20 cm long and 15 cm wide. Here, stainless steel sewing needles are provided in two specifications: 4 cm and 6 cm in length.
To prevent strangling or injuring fingers when piercing through multiple layers of fabric, the instructor will provide a brass thimble with an inner diameter of approximately 1.5 to 1.8 cm. The thread used is not ordinary sewing thread, but a specialized white cotton thread made of multiple strands of twisted cotton yarn with a diameter of about 1 mm; its tensile strength can withstand an instantaneous pull of at least 3 kg.
- Stainless steel sewing needles: 4 cm or 6 cm long
- Brass thimble sleeve: Inner diameter 1.5 to 1.8 cm
- Multi-strand specialized cotton thread: Diameter 1 mm
- Tensile strength: ≥3 kg
The first step is to stencil the pattern onto the cloth. Dozens of hollow templates made of 0.3 mm thick transparent acrylic sheets hang on the workshop walls. Patterns include “Horse-tooth Flowers” with a diameter of about 8 cm, “Butterflies” measuring 10 cm in length and width, and “Cangshan Fern Leaves” with a single leaf length of 5 cm.
Once a template is selected, it is laid flat in the center of the unfolded cotton cloth. Hold a small hog-bristle brush with a bristle length of 2 cm in your right hand and dip it into water-soluble blue ink. Quickly brush 3 to 5 times along the hollow gaps of the acrylic plate at an inclination angle of about 45 degrees.
The pressure applied during stenciling should be controlled so that the ink penetrates only a single layer of cotton cloth; if the ink blur width exceeds 2 mm, it will increase the error rate of subsequent stitching along the lines.
After the pattern outline appears, the stitching phase begins, which accounts for over 70% of the total time. Taking an 8 cm diameter “Horse-tooth Flower” as an example, completing the stitching of its outer ring and internal stamens usually consumes about 1.5 meters of cotton thread. Hold the fabric tightly with the left index finger and thumb, and use the right hand to pierce steadily along the blue outline.
The traditional “running stitch” of the Bai people requires the spacing of stitches to remain highly consistent. The needle tip penetrates the fabric to a depth of about 1 mm and advances 2 to 3 mm before exiting. A 10 cm long straight outline takes a skilled elder only 40 seconds to finish, while a beginner often needs 3 to 5 minutes.
In addition to the running stitch, the “pinch-and-shirr method” is used to represent dotted patterns. Use the needle tip to pick up the center of a dot about 5 mm in diameter on the fabric, pinch it into a small tuft, and then wrap cotton thread tightly 3 to 4 times around its base. On a 45×45 cm square scarf covered with such small dots, a total of hundreds of pinches and wraps are required.
- Running stitch spacing: 2 to 3 mm
- Time for 10 cm running stitch: About 3-5 minutes for beginners
- Pinch-and-shirr dot diameter: About 5 mm
- Number of wraps at the base: 3 to 4 turns
When a single cotton thread reaches a length of 15 to 20 cm in the fabric, a “tightening” operation must be performed. Grip the end of the fabric tightly with the left hand and the end with the needle hole with the right hand, applying approximately 1.5 kg of pull so that the flat cotton cloth quickly shrinks and compresses along the thread.
Under the pull, the originally flat cloth will form high-density pleats between 1 and 2 cm in height. At this point, two dead knots must be tied on the cotton thread at a position about 2 mm from the last stitch hole. If the knot is loose, it will come undone during subsequent soaking and scrubbing, allowing the dye to seep in and ruin the intended negative space.
The tightness of the knots determines the contrast of the finished product. After tying, the volume of the cloth bundle will shrink to about one-fifth of its original area, feeling as hard as a walnut.
For larger areas of negative space, such as geometric color blocks reaching 5 cm in width, stitching alone cannot prevent dye penetration. The workshop provides 2 cm wide transparent waterproof tape or waste plastic film. Cover the area to be kept white with the film, and then use cotton thread to bind it tightly in a spiral pattern with a 5 mm interval.
After 1 to 2 hours of stitching and tying, the light and soft cotton cloth transforms into “cloth lumps” of various lengths, covered with thread ends and pleats. The weight of a tied 45 cm square scarf will increase by 15 to 20 grams due to the dense cotton thread. Only after checking and trimming all thread ends can you proceed to the dyeing vat in the next section.
Dyeing and Oxidation
Leave the stitching area and enter a semi-outdoor dye house of about 50 square meters. The floor is laid with non-slip bluestone, and 8 to 10 cylindrical ceramic dye vats with a diameter of 80 cm and a depth of about 1 meter are arranged along the wall. The vats contain natural cold dye liquid fermented from Radix Isatidis for over 30 days, with the liquid level about 15 cm from the mouth of the vat.
Before contacting the dye, the tied cloth bundle must be soaked in a plastic basin filled with room-temperature clean water for 1 to 2 minutes. This brings the cotton fibers to a slightly damp state, facilitating the even penetration of dye pigments. Operators must wear thickened rubber gloves that reach the middle of the forearm to prevent 0.5 mm thick fingernails from being permanently stained by natural dyes.
- Dye vat material: Cylindrical ceramic
- Single vat size: Diameter 80 cm, depth 1 meter
- Dye fermentation cycle: ≥30 days
- Glove specification: Thickened rubber, reaching mid-forearm
Hold the damp cloth bundle with both hands and submerge it completely below the surface of the cold dye at 15°C to 20°C. In the deep dye liquid, which may have a small amount of foam, use both hands to repeatedly knead and press the cloth bundle. Each press should apply about 2 to 3 kg of force to squeeze out all residual air between the fabric gaps.
The squeezing action will produce a string of small bubbles 1 to 2 mm in diameter that float to the surface. The kneading time must be strictly controlled between 2 to 3 minutes. If the time is too short, the dye cannot penetrate the 4 to 5 layers of folded fabric; if it exceeds 5 minutes, the alkaline lime component in the dye will cause the tight cotton yarn to become brittle and break easily.
Once the specified time is reached, lift the cloth bundle out of the liquid and use both hands to wring it out in the same direction at the edge of the vat. A single soak brings out about 50 to 80 ml of dye liquid. The cloth bundle just removed from the liquid appears bright yellow-green, accompanied by a slightly pungent smell of grass ash and fermentation; it must be quickly moved to a ventilated area.
- Dye vat temperature: 15°C-20°C
- Kneading and pressing time: 2-3 minutes
- Pressing force: Approx. 2-3 kg
- Volume of liquid removed by wringing: 50-80 ml
Lay the yellow-green cloth bundle flat on a stainless steel drying rack about 80 cm above the ground. The oxygen in the air reacts violently with the indigo in the dye liquid within seconds. The yellow-green color on the fabric surface fades at a rate visible to the naked eye, gradually deepening and turning into light blue over the next 3 to 5 minutes.
When the surface temperature of the cloth bundle aligns with the air temperature and the color no longer changes, the first “dyeing and oxidation” cycle is complete. To achieve the signature deep “indigo” of Dali tie-dye, the pigment concentration from a single coloring is far from enough. Visitors must return to the dye vat and repeat the process of soaking/kneading and oxidation.
Depending on weather and lighting, 3 to 4 repetitions are needed on sunny days; when air humidity exceeds 70% on rainy days, the number of repetitions increases to 5 to 6. A pure cotton T-shirt weighing 150 grams can absorb 3 to 5 grams of solid indigo pigment after 6 repetitions, reaching its most saturated color state.
- Oxidation reaction time: 3-5 minutes
- Repetitions on sunny days: 3-4 times
- Repetitions on rainy days: 5-6 times
- Pigment absorption for a single T-shirt: 3-5 grams
After the final oxidation, take the deep blue cloth bundle to the washing area. Place it in a sink filled with 20 liters of flowing mountain spring water and scrub the surface with both hands to remove loose floating colors. The water will instantly turn light blue; the water needs to be changed 3 to 4 times until the squeezed-out droplets are clear and transparent.
The washed cloth bundle looks like a hard blue ice ball. The operator must use small scissors about 10 cm long to carefully snip the cotton threads wrapped around the cloth. As each thread is cut, the tightened negative space areas spring open. Removing over 200 knots on a 45×45 cm square scarf takes about 10 to 15 minutes.
As the fabric is fully unfolded, the “ice-crack textures” formed by the irregular physical seepage of the dye between the cotton threads clearly appear. Light white and deep blue form a gradient blurred edge between 1 and 3 mm wide on the cloth. Finally, use wooden clips to secure the wet tie-dyed cloth to a line under the sun; it can be taken away after air-drying naturally for about 30 minutes.
How to Get There
Starting from Dali Ancient City, visitors can take minibuses bound for Shuanglang or Eryuan along the Cangshan Gate or Yuer Road. The fare is 7 to 10 yuan for a distance of about 18 km, traveling north along the Dali-Lijiang (Dali) Line for 30 to 40 minutes to arrive at the Zhoucheng Village entrance. After getting off, walk 500 meters through the Bai ethnic archway at the village entrance to enter the main street.
If starting from Xiaguan city center or Dali Railway Station, take Bus No. 8 to the East Gate of Dali Ancient City, then transfer to a minibus. An e-hailing car for the total distance of about 35 km costs between 80 and 110 yuan and takes about 50 minutes. Self-driving visitors should park their vehicles in the 2000-square-meter visitor center parking lot outside the village, with a one-time parking fee of 10 to 15 yuan.
- Minibus one-way fare: 7-10 yuan
- Dali Line speed limit: 60 km/h
- Estimated e-hailing cost: 80-110 yuan
- Village parking fee: 10-15 yuan/time
There are over 300 workshops in Zhoucheng Village, concentrated within a 500-meter radius of the Yunnan-Tibet Highway and the village center square. Dwellings with large blue-and-white cloths hanging in the courtyard are open to the public. Visitors can judge the scale of a workshop by the number of vats; a workshop with more than 5 vats of 80 cm diameter can usually accommodate 20 people simultaneously.
The tools for stitching are provided by the workshop, including steel needles 4 to 5 cm long and pure cotton thread 1 mm thick. Pure cotton is the easiest material for absorbing plant dyes; the experience fee for a 30×30 cm handkerchief is 30 to 40 yuan, while a 45×45 cm square scarf costs 50 to 60 yuan. Canvas bags made of cotton-linen blend are mostly 35×40 cm, with prices in the 80 to 100 yuan range.
Because the uptake of plant dyes by silk protein fibers is lower than that of plant fibers, silk scarves require 3 to 5 additional dyeing cycles. A 160×50 cm silk scarf experience costs about 150 to 200 yuan. For visitors bringing their own white clothing for processing, workshops charge a dye material fee of 20 to 30 yuan per 100 grams of clothing weight.
- Cotton handkerchief (30×30 cm): 30-40 yuan
- Cotton square scarf (45×45 cm): 50-60 yuan
- Canvas bag (35×40 cm): 80-100 yuan
- Silk scarf (160×50 cm): 150-200 yuan
- Material fee for own clothing: 20-30 yuan/100 g
It is recommended to avoid the tour group peak between 14:00 and 16:00. From 09:00 to 11:00, the dye liquid has undergone overnight sedimentation for over 8 hours, and the indigo activity is high. With the temperature around 15°C, the oxidation and color-reveal reaction after the cloth leaves the vat is more uniform. The total time to complete all processes is between 1.5 and 3 hours.
Plant-dyed products experience physical color fading in the early stages. For the first wash, add about 5 grams of edible salt to 2 liters of room-temperature clean water and soak the cloth for 10 to 15 minutes. Sodium chloride ions increase the adhesion of natural pigments to fibers. Washing must be done individually for each piece to prevent indigo pigment from contaminating other light-colored clothes.
Subsequent washing water temperature must not exceed 30°C; using laundry detergents containing bleach or strong alkalinity is strictly prohibited. It is recommended to use neutral laundry detergent or shampoo with a PH value around 7 for a 2 to 3 minute gentle wash. Do not wring forcefully after washing; hang it with water in a cool, ventilated place to dry naturally to prevent UV rays from destroying pigment molecules and causing local yellowing.
- Salt ratio for color fixing: 5 g/2 liters of water
- Maximum washing temperature: 30°C
- Detergent PH value: Approx. 7
- Drying environment: Cool and ventilated
The humidity of the daily storage environment should be kept below 60%. During the rainy season in Southern China, two 20-gram silica gel desiccant packets can be placed in the wardrobe to prevent plant-based dyes from getting damp and moldy. Use a steam iron set to the cotton-linen setting (120°C to 140°C) for pressing, and do not exceed 5 seconds per side.
After leaving the workshop, walk 800 meters south to the Zhoucheng Stage Square. Stalls sell grilled Rushan (milk fans) for 2 yuan and cold chicken rice noodles for 10 yuan per bowl. In the afternoon, you can take a bus at the intersection south for 7 km to Xizhou Town to visit the traditional Bai residential architecture of “Three Buildings and a Screen Wall” covering over 3000 square meters.
Bai Ethnic Three-Course Tea
Originating from the Nanzhao period of the Tang Dynasty, the Bai Three-Course Tea is a non-heritage tea-tasting activity taking about 30-45 minutes. The first course, “Bitter Tea,” uses boiling water over 90°C to brew 3 grams of Xiaguan Tuo Tea; the second course, “Sweet Tea,” includes 10 grams of shredded Dengchuan Rushan, 15 grams of Yangbi walnut kernels, and local brown sugar; the third course, “Aftertaste Tea,” mixes in honey, 3-5 peppercorns, and ginger slices. In an experience costing 60-120 yuan, visitors can taste the astringency of tannins, the sweetness of lactose, and the spicy numbness of spices, accompanied by traditional Bai music and dance throughout.
Specific Ingredients
For the first cup of bitter tea served to guests, Dali Bai people use Tuo Tea produced by the Xiaguan Tea Factory and aged for over 3 years as the base. The operator precisely takes 3 to 5 grams of dry tea and puts it into a ceramic sand pot.
After physical roasting over 150°C high-temperature charcoal fire, the water content inside the tea leaves quickly drops to below 5%. At this point, boiling water above 95°C is injected, and about 20% to 30% of tea polyphenols and 3% to 5% of caffeine in the dry tea are extracted within 10 seconds.
The high concentration of water extracts makes this 50 ml cup of tea appear deep amber or even soy sauce red. When the drinker’s taste buds contact the tea, a strong physical astringency occurs, saliva secretion decreases for a short time, and a pure bitterness is felt in the back of the mouth.
| Brewing Stage | Ingredient Standard (30 ml cup) | Flavor Substances | Physical State Change |
|---|---|---|---|
| 1st: Bitter Tea | 3 g Xiaguan Tuo Tea, 50 ml boiling water | Caffeine, Polyphenols, Catechins | Leaves expand 1.5x, deep brown color |
| 2nd: Sweet Tea | 10 g Rushan silk, 15 g walnuts, 8 g brown sugar | Sucrose, Lactose, Unsaturated fatty acids | 2 mm oil layer on the surface |
| 3rd: Aftertaste Tea | 5 g honey, 4 peppercorns, 2 ginger slices | Gingerol, Fructose, Sanshool | Color turns light, translucent yellow |
After finishing the first course, before the tannins on the cup wall have fully dissipated, the preparation of the second tea begins at a water temperature of 80°C to 85°C. Here, the recipe changes significantly, adding a unique dairy product from Dengchuan Town, Eryuan County—Rushan.
The operator cuts dried Rushan with a 45% milk fat rate into fine silks about 3 mm wide and 2 cm long. This is added to 15 grams of chopped peeled Yangbi walnuts and 8 grams of local Dali brown sugar, and stirred together in the tea bowl.
The hot water dissolves the brown sugar to release sucrose while softening the Rushan silks. Animal proteins release free amino acids when heated, which, combined with the vegetable oils (up to 60% linoleic acid) in the walnuts, form a golden oil film on the surface of the tea.
- Rushan silks expand after absorbing water, with a texture similar to chewy curds.
- Walnut fragments are suspended in the liquid, providing a nutty crunch.
- The addition of brown sugar raises the tea’s sweetness (Brix) to around 12 to 15 degrees.
At this stage, the drink transforms from a simple plant extract into a mixed dessert fluid. High concentrations of sugar and oil quickly cover the tongue, neutralizing the residual bitterness and providing a long-lasting, warm sweetness; swallowing time usually extends to over 2 minutes.
The subsequent third cup of tea breaks conventional taste frameworks again, using a base consisting of various aromatic volatile oils. Into tea cooled to about 70°C, the operator adds about 5 grams of crystallized honey from the Gaoligong Mountains.
To add a sense of stimulation, 3 to 5 dried Dahongpao peppercorns with seeds and 2 slices of local old ginger (1 mm thick) are added. some artisans also add about 0.5 grams of cinnamon powder for flavor.
The sliced ginger releases gingerol at a concentration of about 0.1%, producing a slight burning sting on the oral and esophageal mucosa. The sanshool in the peppercorn skin causes a slight tremor and numbness of nerve endings at about 50 Hz per second.
The natural fructose in honey is 1.7 times sweeter than sucrose at low temperatures, effectively wrapping the spiciness and numbness. Five flavor molecules—sour, sweet, bitter, spicy, and numbing—mix in the 30 ml tea soup, continuing to stimulate salivary gland secretion for 3 to 5 minutes after swallowing.
Production Utensils
The sand pots used for roasting tea in Dali are mostly produced in Fengyi Town or Xiangyun County, where makers select kaolin containing 30% quartz sand mixed with local red clay. The clay is filtered through a 120-mesh screen, and the clay blanks are fired in a wood kiln at 800°C to 900°C for 72 hours, resulting in a matte, unglazed surface. The wall thickness is generally between 0.4 and 0.6 cm, with about 15% tiny pores retained inside.
A typical single-serving small sand pot has a volume precisely controlled at 150 to 200 ml, with the widest part of the belly at 8 cm in diameter and the base at 5 cm. A 10 cm long, 2 cm diameter hollow short handle extends from the side, allowing the operator to hold it with a 2 mm thick cotton towel under high heat.
Local people generally use hard chestnut wood from Cangshan to burn into machine-made charcoal. The charcoal is lit in a 30 cm diameter cast-iron brazier without producing visible smoke. When a layer of gray-white insulating ash covers the surface, the core temperature can stabilize at 600°C to 800°C for up to 2 hours.
The operator places the sand pot about 3 cm from the charcoal surface for preheating, then enters the strict shaking-and-roasting process.
- 3 to 5 grams of dry Xiaguan Tuo Tea are put into the preheated 150°C empty pot.
- The wrist moves the handle, maintaining a shaking frequency of 60 to 80 times per minute.
- The tilt angle is maintained at 30 to 45 degrees to prevent leaves from overflowing or burning against the wall.
- Shaking and roasting continue for 120 to 180 seconds, until the water evaporation rate of the dry tea reaches over 90%.
When a caramel aroma similar to roasted nuts is released, the edges of the tea leaves appear yellowish, and the volume expands to 1.2 times the original, the shaking stops immediately. The temperature at the bottom of the sand pot approaches 200°C.
The operator lifts a long-necked copper kettle with water at over 95°C and pours it in a 0.5 cm diameter stream into the sand pot. Contact between the water and the hot pot wall causes a violent vaporization reaction, making a “hissing” roar of up to 70 decibels, which Dali people call “Thunder Tea.”
Accompanying the roar, a large amount of steam with light brown tea foam is produced, with foam rising up to 2 to 3 cm above the pot mouth. The sand pot continues to simmer on the charcoal for about 60 seconds to extract polyphenols while boiling. The first course yields about 50 ml of tea.
For the sweet tea and aftertaste tea, the water temperature standards drop significantly. The second tea requires 10 grams of shredded Rushan and 8 grams of brown sugar. If the water is too hot, milk proteins will instantly denature and clump, so the temperature for the second tea should naturally fall to 80°C to 85°C. The operator uses bamboo chopsticks to stir clockwise at 15 turns per minute to accelerate melting.
The temperature for the third tea is mainly limited by the molecular components of the honey. The final spice mixing is done in an 8 cm diameter independent porcelain bowl.
- The tea is left off the fire for about 90 seconds until the core temperature drops to 70°C to 80°C.
- Clean water is added at a 5:1 ratio to reduce the residual caffeine concentration from the first two courses.
- 5 grams of local honey are stirred for 30 seconds until dissolved, avoiding high temperatures that destroy fructose structures.
- 3 to 5 peppercorns and 2 ginger slices (1 mm thick) are added for flavor.
After the preparation, the tea is poured into traditional Bai “Ox-eye cups.” These small white porcelain cups have a diameter of only 4 cm and a full capacity of 30 ml. Local custom dictates “tea poured to seven-tenths full,” so the actual volume of tea received by guests is 20 to 25 ml. Throughout the entire process, a single sand pot has a lifespan of about 300 uses.
Visitor Experience
Along Fuxing Road, about 800 meters north of the South Gate of Dali Ancient City, there are 12 large tea houses providing standardized performance services. After purchasing a single entry ticket for 50 to 80 yuan, visitors are led into a 300-square-meter tiered viewing hall. From 10:00 to 16:00 daily, a flow-based demonstration including songs and dances is held every 90 minutes.
Usually, 6 actors in Bai ethnic clothing and 2 musicians with dragon-head Sanxian perform a 45-minute program. Front-row seats are less than 3 meters from the stage, and 8 spotlights on the ceiling switch between cool and warm colors according to the tea sequence. To accommodate a maximum of 200 people per session, the back kitchen uses 10-liter stainless steel electric heat buckets for batch pre-preparation.
- Tea is served in batches by waiters on trays to the seats.
- Disposable eco-friendly paper cups with a capacity of 60 ml are used throughout.
- The entrance temperature of the tea is strictly controlled at 45°C to 50°C.
- Drinking time for each course is physically compressed to 3 to 5 minutes.
- At least 5 fire exits are provided per venue.
Leaving the high-density main streets and driving 22 km north along the Dali Line will bring you to Xizhou Town. The town preserves hundreds of traditional wooden courtyards from the Qing Dynasty and Republican period. Villagers use their own courtyards (approx. 80 sqm) with 3 to 5 square tables to provide reception services for individual travelers, with prices fluctuating between 60 and 120 yuan.
In the center of the square table is a 30 cm diameter hole for a cast-iron smokeless charcoal brazier. After paying, the host brings three 15 cm bamboo trays containing dry tea, Rushan silks, and walnut kernels. The entire roasting and mixing process is done on the table, and the radiant temperature of the charcoal can raise the surrounding ambient temperature by 3°C to 5°C.
- A single square table can accommodate up to 6 visitors around the fire.
- The host uses 25 cm bamboo tongs to manually flip charcoal blocks.
- Each visitor is assigned a 150 ml handmade coarse ceramic tea bowl.
- Visitors can try shaking the 400 g handle-equipped tea pot themselves.
- The unhurried experience usually lasts over 80 minutes.
Looking at the 129 km long ecological corridor around Erhai Lake, there are hundreds of modern accommodations with panoramic floor-to-ceiling windows. High-end lake-view rooms (800 to 2500 yuan) generally upgrade local tea as a welcome ritual. Upon check-in at 14:00, a butler guides guests to a lounge area exceeding 50 square meters.
The lounge replaces coarse pots with Dehua white porcelain or double-walled heat-resistant glass cups with higher light transmittance. The tea master uses an electronic scale to weigh exactly 3 grams of Pu’er tea and a thermometer to measure water at 88°C. The work surface is made of a single piece of black walnut (2 m long, 0.8 m wide) and equipped with a silent automatic water kettle.
- Aged Xiaguan Tuo Tea (over 8 years) is commonly used.
- Wild honey from over 2000 meters in the Gaoligong Mountains is added.
- Served with 2 pieces of 25 g handmade fresh-baked rose cakes.
- To ensure daytime noise levels remain below 40 dB, only a few visitors are received daily.
According to booking data, booking individual experiences 1 to 2 days in advance via online platforms can provide a 10% to 15% discount. E-hailing costs for a one-way trip to Zhoucheng or Xizhou are about 40 to 60 yuan. Some farmhouse courtyards reimburse one-way transport costs up to 20 yuan for orders over 300 yuan.
Retail data after the experience also shows actual consumer spending details. In some workshops, about 20% of visitors choose to buy the same roasting equipment. A basic set including 1 pot, 4 ceramic cups, and 1 bamboo tong is priced between 150 and 280 yuan. The total weight is about 1.5 kg, and merchants usually offer nationwide shipping for an extra 15 yuan.
Jianchuan Wood Carving
Jianchuan Wood Carving has a history of over 1000 years and was included in the third batch of the National Intangible Cultural Heritage List in 2011. Jianchuan County currently has over 21,000 active artisans, accounting for more than 6% of the population. In Dali’s woodcarving workshops, a single experience takes about 2 to 3 hours. Visitors use 5 to 8 different types of carving knives to complete a basic 10×10 cm wooden plaque or coaster on Phoebe nanmu or Red Toon wood.
Identifying Wood Species
On the visitor workbench, square wood blocks 15×15 cm and 2.5 cm thick are laid out. The physical properties of the wood affect the resistance when the knife cuts in; moisture content deviating from the standard can cause internal fibers to become brittle and crack. Each block must undergo 6 to 12 months of natural air-drying before reaching the workbench.
Dali has many local wood species. Wood suitable for manual carving should have low grain interlacing and a shrinkage rate of less than 5%. The three main wood types kept at workbenches show clear physical differences in air-dry density and cutting resistance:
| Wood Species | Air-dry Density (g/cm³) | Parallel Compression Strength (MPa) | Radial Shrinkage (%) | Estimated Cutting Resistance |
|---|---|---|---|---|
| Phoebe Nanmu | 0.45 – 0.51 | 38.5 | 2.1 | Approx. 5 kg |
| Red Toon | 0.55 – 0.62 | 45.2 | 3.4 | Approx. 8 kg |
| Pistacia chinensis | 0.72 – 0.85 | 68.7 | 4.8 | Approx. 15 kg |
Phoebe Nanmu has relatively uniform internal pores with an average diameter of 0.15 to 0.25 mm. When the operator cuts at a 45-degree angle with about 5 kg of forward thrust, the wood fibers are cleanly severed. The resulting wood chips are curled shavings, and surface flatess usually varies by no more than 0.2 mm. Beginners experience the least hand fatigue when processing Nanmu within 120 minutes.
Red Toon contains about 1.5% natural volatile oils, releasing a faint camphor-like smell when cut. Cutting Red Toon requires controlling the depth of a wide flat knife within 3 mm, combined with high-frequency taps from a 250 g beech wood mallet. Since its radial shrinkage reaches 3.4%, raw logs must be stored in a cool, ventilated place for over 300 days until internal physical stress is fully released before processing.
Pistacia chinensis has an air-dry density exceeding 0.85 g/cm³, categorizing it as high-hardness hardwood. The metal blade produces a slight rebound when hitting dense fibers; pushing 10 mm requires about 15 kg of wrist thrust. The dense grain gaps are only 0.05 mm; polishing with 2000-mesh water sandpaper can reveal a jade-like oily luster.
Wood blocks are divided into 4 standard specifications based on size to suit different processing times and physical exertion:
- 10×10 cm square wood: Approx. 120 minutes, suitable for 2 cm thick single-layer shallow relief coasters.
- 15×20 cm rectangular wood: Approx. 180 minutes, suitable for 6 mm deep Bai ethnic auspicious clouds or animal pendants.
- 8 cm diameter round wood: Approx. 90 minutes, for processing 1.5 cm thick plain curved-bottom plaques.
- 20×5 cm strip wood: Approx. 150 minutes, for square blanks used in double-sided carved combs.
After selecting the wood, the master will use a pin-type moisture meter for physical testing. Both hands push two 1.2 cm metal probes into the side of the board to a depth of 5 mm. The moisture content displayed must be stable between 10% and 12%. If it exceeds 15%, chips stick to the blade like paste; below 8%, a 15-degree round knife will cause 1 mm chips to crumble at the edges.
Wood with an annual ring spacing of 2 to 3 mm has uniform cell wall thickness, resulting in minimal resistance fluctuation when the knife moves 15 mm along the tangent. If the spacing suddenly changes to over 5 mm, the density difference between earlywood and latewood will cause a 0.5 mm physical deviation in cutting depth.
Natural physical defects must be avoided to prevent interrupting the carving; 3 checks are required before starting:
- Avoid dead knots larger than 5 mm, as their hardness is 3x that of surrounding fibers.
- Exclude surface cracks longer than 2 cm or deeper than 1 mm.
- Confirm smooth color transition on both sides, without blue stain spots exceeding 4 sq cm caused by fungi.
Once no defects are found, a 2B pencil is used to mark the longitudinal track of the wood grain on the side. The path of the carving knife must maintain an acute angle of less than 30 degrees with the grain direction. Applying over 10 kg of thrust against the fiber direction will instantly tear fibers up to 2 mm deep, ruining the surface. After marking, the block is fixed with a G-clamp.
Common Tools
Traditional Jianchuan woodcarving workbenches have an 80×40 cm canvas roll-up bag containing 60 to 80 carving knives. The setup for visitors is simplified to a set of 5 to 8 basic tools, weighing about 450 g in total.
Handles are mostly made of local Cyclobalanopsis or Schima wood, cut into 11 to 13 cm segments. The grip diameter is between 2.5 and 3.2 cm, and the shape is octagonal to prevent tools from rolling off a 15-degree inclined workbench. A 1.5 cm wide, 1 mm thick brass ferrule secures the joint between the blade and the handle.
- 25 mm wide blade, 3 mm thick, for removing large amounts of waste.
- 15 mm middle blade, 2 mm thick, for leveling recessed surfaces.
- 8 mm narrow blade, 1.5 mm thick, for clearing narrow gaps.
Flat knives have a single-sided 25-degree bevel. The carver holds a 250 g beech mallet in the right hand to strike the handle, transmitting 15 to 20 kg of downward force per strike. The blade cuts 4 to 6 mm into the Nanmu, severing horizontal fibers to remove chunks of waste.
Creating curved shapes requires round knives. A standard large round knife has a chord length of 20 mm and an arc height of 5 mm, forming a 15-degree circular cut. Pushing along the grain carves out a 3 mm deep semi-cylindrical U-shaped groove.
- Deep arc round knife: 30-degree curvature, for deep hollowing.
- Shallow arc round knife: 10-degree curvature, for flower petal transitions.
- Micro round knife: Chord length only 3 mm, for bird eye details.
For fine lines less than 2 mm, use a V-shaped parting tool. The blade is formed by two joined metal walls with a 60-degree angle and 1.2 mm thickness. Pressing the spine with the index finger and pushing forward removes a continuous triangular strip, leaving a 2 mm wide, 2 mm deep V-shaped groove.
To handle blind spots in geometric shapes, a skew chisel has an edge at a 45-degree angle to the axis, divided into left and right skews. Standard blades are 8 to 10 mm wide, with the metal body tapering from 2 mm at the base to 0.5 mm at the tip.
The 0.5 mm tip of a skew chisel can reach 1 mm gaps that flat knives cannot. Insert the tool at a 75-degree angle to the surface to scrape. This removes 0.5 mm fiber burrs at the intersection of lines, ensuring the sharpness of right angles.
- 1000-mesh natural bluestone: 15x5x3 cm, for reshaping dull edges.
- 3000-mesh artificial corundum: For repairing 0.05 mm scratches from the 1000-mesh stone.
- Leather stropping board: 20×5 cm, coated with chromium oxide paste for polishing.
After 60 minutes of continuous cutting, the metal edge wears down. Drop 10 ml of water on the 1000-mesh stone and place the 25-degree bevel of the flat knife flat on the stone. Apply 2 kg of vertical pressure and rub in a figure-8 pattern 40 times. Repeat 30 times on the 3000-mesh corundum after rinsing.
The final step is done on the 20×5 cm leather board. Hold the edge against the green chromium oxide-coated leather and pull back toward the spine 15 to 20 times. Leather fibers remove micron-level metal burrs, reducing the edge radius to below 0.5 microns to restore sharpness.
Operating Process
Visitors sit at a 75 cm high, 120 cm wide, 5 cm thick African Padauk workbench, laying the 15×15 cm, 2.5 cm thick Nanmu board flat. The master uses a cast-iron G-clamp to fix the board on the left side, leaving about 80 cm of space on the right for movement. Before processing, the moisture content is strictly controlled below 12% to prevent physical deformation under stress.
In the stencil phase, a 0.1 mm thick blue-black carbon paper is laid on the wood. This is covered with an 80 g A4 paper line drawing of traditional Bai “Wan-character patterns” or “Camellias.” The operator applies about 500 g of downward pressure with an HB pencil to trace the outline. Upon removing the paper, deep blue lines less than 0.5 mm wide remain on the wood.
Before carving, common cutting tools are arranged on the table:
- 25 mm wide flat knife (for waste removal)
- 15-degree large round knife (for digging out large chunks)
- 60-degree V-shaped parting tool (for main outlines)
- 8 mm wide left/right skew chisels (for corners)
- A 250 g beech mallet
Grip the lower-middle part of the 25 mm flat knife handle with the left hand, cutting into the surface at a 45-degree angle. Use the 250 g mallet with the right hand to strike the handle end at 1 to 2 times per second. Each strike descends about 3 to 5 mm into the wood, moving along the longitudinal fibers. Forcing a cut against the grain will cause the wood to snap, creating irreversible damage.
Leave a 1.5 mm safety distance outside the blue-black lines and remove the entire background area around the main pattern. The background depth is set at 8 to 10 mm to create a relief effect. This lasts about 40 minutes, producing about 400 cubic cm of curled yellow wood chips on the floor.
Continuous cutting dulls the blade, so use a 1000-mesh bluestone during breaks. Place the blade flat on the wet stone and grind in a figure-8 pattern. Repeat 20 to 30 times until the edge shows a continuous bright metal line less than 0.1 mm wide under a lamp.
Switch to the 15-degree large round knife for smoothing. Lean forward about 15 degrees, keeping eyes about 30 cm from the board. Give up the mallet and use wrist thrust to let the blade slide. Each push removes chips 0.1 to 0.2 mm thick, falling off as semi-transparent flakes.
To carve camellia petal veins, use the 60-degree V-shaped parting tool, using the index finger on the spine to control depth. Carve V-shaped grooves 1.5 mm deep and 1 mm wide from the petal center outward. For intersections between petals, use the 8 mm skew chisel at a 75-degree angle to remove 0.5 mm wide residual fibers in the gaps.
Carving involves multiple physical measurements with specific parameters:
- Use calipers to ensure background depth error is within 1 mm.
- Touch petal edges to ensure no burrs or snags.
- Check surface flatness against the light to ensure fluctuations are under 0.5 mm.
- Tap the board with knuckles to listen for internal cracks.
After cutting, switch to physical friction polishing. Fold a 10×20 cm piece of 400-mesh silicon carbide sandpaper under the thumb. Apply 2 kg of vertical pressure and push-pull along the grain about 200 times. Knife marks will fade, and the rough surface will become fine.
Repeat with 800, 1500, and 2000-mesh sandpapers. Before switching to a higher mesh, use a hog-bristle brush to clear dust under 0.5 mm from the gaps to prevent scratches. After 2000-mesh polishing, the surface will reflect about 20% diffuse light.
For the protective layer, use local solid beeswax. Take 5 g of beeswax, wrap it in medical cotton, and apply it in circles with 1 kg of pressure. Let it sit for 15 minutes at 25°C to allow 0.1 mm of the wood pores to absorb the oil.
The cleanup of the wax layer involves physical wiping with different fabrics:
- Use coarse canvas with 3 kg of pressure to remove excess surface wax.
- Use soft cotton cloth at 2 turns per second for rapid polishing.
- Use a soft toothbrush to clear residual wax from V-shaped grooves.
Weigh the finished 15×15 cm piece; the weight will have dropped from 280 g to about 195 g. The 0.01 mm beeswax layer will reduce internal moisture evaporation by 50% at room temperature. The carving is packed into a thickened kraft paper moisture-proof bag (15×20 cm) with an 8 cm square maintenance card.
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Dali — — Key Facts
Tickets & Booking
- Xizhou Ancient Town: Free; Yan Family Residence about CNY 18, Yan Family Courtyard Museum about CNY 21–30; Xizhou wheat-field mini-train CNY 35; no booking required[src]
- Shuanglang Ancient Town: Free; Nanzhao Customs Island about CNY 50–56; no booking required[src]
- Erhai cruise: About CNY 142 per person (the Greater Shuanglang line one way and other ticket types)[src]
Transport & Schedules
- Dali station → Kunming South station | EMU: E.g., D8784/D8781: Dali departs 15:40–Kunming South terminates 18:22, 2 h 42 min total, 356 km; stops at Yunnanyi, Chuxiong, Guangtong North, Lufeng South, Kunming[src]
Where to Stay · Room Type · Nearby
- Dali Ancient Town | Reference price Moderate range (mostly OTA guesthouses) | Room tip: Convenient for food, lodging and transport, suitable for a first visit to Dali | Nearby add-ons: Chongsheng Temple Three Pagodas, Renmin Road night market, Cangshan Gantong cableway[src]
- Shuanglang Ancient Town | Reference price On the high side (lake-view guesthouses) | Room tip: Right by Erhai with a good view but relatively inconvenient transport | Nearby add-ons: Nanzhao Customs Island, Yuji Island[src]
Typical Climate & Packing (Past Years)
- January: 2 °C–16 °C °C, [Travel climate reference]
- February: 4 °C–18 °C °C
- March: 6 °C–21 °C °C
- April: 9 °C–24 °C °C
- May: 12 °C–25 °C °C
- June: 15 °C–25 °C °C, Rainy season
