Quartz glass bend, or more commonly, bent quartz glass tubing, refers to quartz glass tubing that has been formed into a curved shape using a specific process.
OD | ID | WT | L(mm) |
---|---|---|---|
1mm | 0.5mm | 0.25mm | 1~6000mm(custom) |
1.5mm | 0.8mm | 0.35mm | 1~6000mm(custom) |
2mm | 1mm | 0.5mm | 1~6000mm(custom) |
2.5mm | 1.5mm | 0.5mm | 1~6000mm(custom) |
3mm | 2mm | 0.5mm | 1~6000mm(custom) |
3mm | 1mm | 1mm | 1~6000mm(custom) |
4mm | 3mm | 0.5mm | 1~6000mm(custom) |
4mm | 2mm | 1mm | 1~6000mm(custom) |
4mm | 1mm | 1.5mm | 1~6000mm(custom) |
5mm | 4mm | 0.5mm | 1~6000mm(custom) |
5mm | 3mm | 1mm | 1~6000mm(custom) |
5mm | 2mm | 1.5mm | 1~6000mm(custom) |
5.5mm | 3.5mm | 1mm | 1~6000mm(custom) |
6mm | 5mm | 0.5mm | 1~6000mm(custom) |
6mm | 4mm | 1mm | 1~6000mm(custom) |
6mm | 3mm | 1.5mm | 1~6000mm(custom) |
6mm | 2mm | 2mm | 1~6000mm(custom) |
6.5mm | 4.5mm | 1mm | 1~6000mm(custom) |
7mm | 5mm | 1mm | 1~6000mm(custom) |
7mm | 4mm | 1.5mm | 1~6000mm(custom) |
7.5mm | 5.5mm | 1mm | 1~6000mm(custom) |
8mm | 6mm | 1mm | 1~6000mm(custom) |
8mm | 5mm | 1.5mm | 1~6000mm(custom) |
8.5mm | 6.5mm | 1mm | 1~6000mm(custom) |
9mm | 7mm | 1mm | 1~6000mm(custom) |
9mm | 6mm | 1.5mm | 1~6000mm(custom) |
9mm | 5mm | 2mm | 1~6000mm(custom) |
10mm | 8mm | 1mm | 1~6000mm(custom) |
10mm | 7mm | 1.5mm | 1~6000mm(custom) |
10mm | 6mm | 2mm | 1~6000mm(custom) |
10mm | 4mm | 3mm | 1~6000mm(custom) |
10mm | 2mm | 4mm | 1~6000mm(custom) |
11mm | 9mm | 1mm | 1~6000mm(custom) |
11mm | 8mm | 1.5mm | 1~6000mm(custom) |
11mm | 7mm | 2mm | 1~6000mm(custom) |
11mm | 5mm | 3mm | 1~6000mm(custom) |
12mm | 10mm | 1mm | 1~6000mm(custom) |
12mm | 8mm | 2mm | 1~6000mm(custom) |
12mm | 4mm | 4mm | 1~6000mm(custom) |
13mm | 11mm | 1mm | 1~6000mm(custom) |
13mm | 10mm | 1.5mm | 1~6000mm(custom) |
13mm | 9mm | 2mm | 1~6000mm(custom) |
14mm | 12mm | 1mm | 1~6000mm(custom) |
14mm | 10mm | 2mm | 1~6000mm(custom) |
15mm | 13mm | 1mm | 1~6000mm(custom) |
15mm | 11mm | 2mm | 1~6000mm(custom) |
15mm | 9mm | 3mm | 1~6000mm(custom) |
16mm | 14mm | 1mm | 1~6000mm(custom) |
16mm | 13mm | 1.5mm | 1~6000mm(custom) |
16mm | 12mm | 2mm | 1~6000mm(custom) |
16mm | 10mm | 3mm | 1~6000mm(custom) |
17mm | 15mm | 1mm | 1~6000mm(custom) |
17mm | 14mm | 1.5mm | 1~6000mm(custom) |
18mm | 16mm | 1mm | 1~6000mm(custom) |
18mm | 15mm | 1.5mm | 1~6000mm(custom) |
18mm | 14mm | 2mm | 1~6000mm(custom) |
18mm | 12mm | 3mm | 1~6000mm(custom) |
18mm | 11mm | 3.5mm | 1~6000mm(custom) |
19mm | 17mm | 1mm | 1~6000mm(custom) |
19mm | 16mm | 1.5mm | 1~6000mm(custom) |
19mm | 13mm | 3mm | 1~6000mm(custom) |
20mm | 18mm | 1mm | 1~6000mm(custom) |
20mm | 17mm | 1.5mm | 1~6000mm(custom) |
20mm | 16mm | 2mm | 1~6000mm(custom) |
20mm | 14mm | 3mm | 1~6000mm(custom) |
25mm | 19mm | 3mm | 1~6000mm(custom) |
25mm | 21mm | 2mm | 1~6000mm(custom) |
25mm | 21mm | 2mm | 1~6000mm(custom) |
25mm | 21mm | 2mm | 1~6000mm(custom) |
25mm | 21mm | 2mm | 1~6000mm(custom) |
25mm | 20mm | 2.5mm | 1~6000mm(custom) |
25mm | 20mm | 2.5mm | 1~6000mm(custom) |
25mm | 20mm | 2.5mm | 1~6000mm(custom) |
26mm | 21mm | 2.5mm | 1~6000mm(custom) |
28mm | 24mm | 2mm | 1~6000mm(custom) |
30mm | 26mm | 2mm | 1~6000mm(custom) |
30mm | 24mm | 3mm | 1~6000mm(custom) |
35mm | 30mm | 2.5mm | 1~6000mm(custom) |
40mm | 34mm | 3mm | 1~6000mm(custom) |
40mm | 34mm | 3mm | 1~6000mm(custom) |
40mm | 34mm | 3mm | 1~6000mm(custom) |
40mm | 34mm | 3mm | 1~6000mm(custom) |
40mm | 32mm | 4mm | 1~6000mm(custom) |
40mm | 32mm | 4mm | 1~6000mm(custom) |
40mm | 32mm | 4mm | 1~6000mm(custom) |
40mm | 32mm | 4mm | 1~6000mm(custom) |
40mm | 32mm | 4mm | 1~6000mm(custom) |
45mm | 39mm | 3mm | 1~6000mm(custom) |
50mm | 44mm | 3mm | 1~6000mm(custom) |
50mm | 44mm | 3mm | 1~6000mm(custom) |
50mm | 44mm | 3mm | 1~6000mm(custom) |
50mm | 44mm | 3mm | 1~6000mm(custom) |
50mm | 44mm | 3mm | 1~6000mm(custom) |
50mm | 44mm | 3mm | 1~6000mm(custom) |
50mm | 44mm | 3mm | 1~6000mm(custom) |
50mm | 44mm | 3mm | 1~6000mm(custom) |
50mm | 44mm | 3mm | 1~6000mm(custom) |
50mm | 44mm | 3mm | 1~6000mm(custom) |
50mm | 42mm | 4mm | 1~6000mm(custom) |
50mm | 42mm | 4mm | 1~6000mm(custom) |
50mm | 42mm | 4mm | 1~6000mm(custom) |
50mm | 42mm | 4mm | 1~6000mm(custom) |
50mm | 42mm | 4mm | 1~6000mm(custom) |
50mm | 42mm | 4mm | 1~6000mm(custom) |
50mm | 40mm | 5mm | 1~6000mm(custom) |
50mm | 40mm | 5mm | 1~6000mm(custom) |
60mm | 54mm | 3mm | 1~6000mm(custom) |
60mm | 54mm | 3mm | 1~6000mm(custom) |
60mm | 54mm | 3mm | 1~6000mm(custom) |
60mm | 54mm | 3mm | 1~6000mm(custom) |
60mm | 52mm | 4mm | 1~6000mm(custom) |
60mm | 52mm | 4mm | 1~6000mm(custom) |
60mm | 50mm | 5mm | 1~6000mm(custom) |
60mm | 50mm | 5mm | 1~6000mm(custom) |
80mm | 74mm | 3mm | 1~6000mm(custom) |
80mm | 74mm | 3mm | 1~6000mm(custom) |
80mm | 74mm | 3mm | 1~6000mm(custom) |
80mm | 72mm | 4mm | 1~6000mm(custom) |
80mm | 72mm | 4mm | 1~6000mm(custom) |
80mm | 70mm | 5mm | 1~6000mm(custom) |
80mm | 70mm | 5mm | 1~6000mm(custom) |
85mm | 79mm | 3mm | 1~6000mm(custom) |
90mm | 80mm | 5mm | 1~6000mm(custom) |
100mm | 94mm | 3mm | 1~6000mm(custom) |
100mm | 94mm | 3mm | 1~6000mm(custom) |
100mm | 94mm | 3mm | 1~6000mm(custom) |
100mm | 92mm | 4mm | 1~6000mm(custom) |
100mm | 92mm | 4mm | 1~6000mm(custom) |
100mm | 90mm | 5mm | 1~6000mm(custom) |
100mm | 90mm | 5mm | 1~6000mm(custom) |
120mm | 112mm | 4mm | 1~6000mm(custom) |
120mm | 110mm | 5mm | 1~6000mm(custom) |
120mm | 112mm | 4mm | 1~6000mm(custom) |
120mm | 110mm | 5mm | 1~6000mm(custom) |
130mm | 120mm | 5mm | 1~6000mm(custom) |
130mm | 124mm | 3mm | 1~6000mm(custom) |
130mm | 124mm | 3mm | 1~6000mm(custom) |
130mm | 120mm | 5mm | 1~6000mm(custom) |
130mm | 120mm | 5mm | 1~6000mm(custom) |
140mm | 130mm | 5mm | 1~6000mm(custom) |
140mm | 130mm | 5mm | 1~6000mm(custom) |
150mm | 140mm | 5mm | 1~6000mm(custom) |
150mm | 140mm | 5mm | 1~6000mm(custom) |
150mm | 140mm | 5mm | 1~6000mm(custom) |
180mm | 170mm | 5mm | 1~6000mm(custom) |
180mm | 170mm | 5mm | 1~6000mm(custom) |
180mm | 170mm | 5mm | 1~6000mm(custom) |
200mm | 190mm | 5mm | 1~6000mm(custom) |
200mm | 190mm | 5mm | 1~6000mm(custom) |
200mm | 190mm | 5mm | 1~6000mm(custom) |
![](https://axquartz.com/wp-content/uploads/2024/12/1-1.webp)
- ayment method: By wire transfer or advance payment, depending on the quantity of the order.
- Delivery time: According to the order quantity.
- Transportation method: Sea freight or air freight, depending on the customer.
Remarks:
To confirm the order, the following parameters need to be provided: ① OD ② ID ③ Thickness ④ Lengt ⑤ Quantity
Contenu de la propriété | Valeurs immobilières |
---|---|
SiO2 | 99.99% |
Densité | 2,2×10³ kg/cm³ |
Dureté | 5,5 - 6,5 Échelle de Mohs 570 KHN 100 |
Résistance à la traction | 4,8×10⁷ Pa (N/mm2) (7000 psi) |
Résistance à la compression | >1,1×10⁹ Pa (160 000 psi) |
Coefficient de dilatation thermique | 5,5×10-⁷ cm/cm-°C (20°C-320°C) |
Conductivité thermique | 1,4 W/m-°C |
Chaleur spécifique | 670 J/kg-°C |
Point d'adoucissement | 1730°C (3146°F) |
Point de recuit | 1210°C (2210°F) |
Point de contrainte | 1120°C (2048°F) |
Température de travail | 1200°C (2192°F) |
Résistivité électrique | 7×10⁷ ohm cm (350°C) |
Taille | Sur mesure |
Logo | Acceptation de logos personnalisés |
Résistance aux hautes températures
Quartz glass has a softening point of approximately 1730°C and can be used continuously at 1100°C. Short-term exposure to temperatures up to 1450°C is also possible. This allows bent quartz glass tubing to remain stable and resist deformation or damage in high-temperature environments.
Excellent Corrosion Resistance
With the exception of hydrofluoric acid, quartz glass is virtually inert to other acids. Its acid resistance is 30 times that of ceramics and 150 times that of stainless steel. Consequently, bent quartz glass tubing can withstand exposure to a wide range of corrosive media.
High Light Transmittance
Quartz glass exhibits excellent light transmission properties across a broad spectral range from ultraviolet to infrared, with a visible light transmittance exceeding 93%. This makes bent quartz glass tubing ideal for applications requiring optical transparency.
Low Thermal Expansion Coefficient
Quartz glass has an extremely low thermal expansion coefficient, enabling it to withstand drastic temperature changes. This characteristic ensures that bent quartz glass tubing maintains its shape and performance even in environments with significant temperature fluctuations.
Scénario d'application
Avoid Impacts and Vibrations
While bent quartz glass tubing possesses high hardness and strength, it’s essential to avoid impacts and vibrations during use to prevent cracking or damage.
Control Temperature Appropriately
When using bent quartz glass tubing in high-temperature environments, carefully control the temperature to avoid exceeding the maximum operating temperature, which could cause deformation or damage.
Avoid Contact with Chemicals
Minimize direct contact between bent quartz glass tubing and corrosive chemicals such as strong acids and alkalis to prevent corrosion and damage.
Regular Maintenance and Care
Regularly inspect and maintain the bent quartz glass tubing to identify and address any potential issues promptly. This ensures proper function and extends the lifespan of the tubing.
Quartz bending tubes possess high thermal stability, optical clarity, chemical resistance, and electrical insulation. They can withstand very high temperatures, have low thermal expansion, and are highly transparent to a broad spectrum of light, including UV and visible light. They are also chemically inert, highly pure, and offer excellent electrical insulation even at high temperatures.
Quartz bending tubes are used in high-temperature furnaces, chemical reactions, spectroscopy, semiconductor manufacturing, UV sterilization, industrial heating, and optical devices. Their versatility makes them essential in industries such as semiconductor manufacturing, laboratory research, UV sterilization, and optical photonics.
Quartz bending tubes are manufactured through a special process that involves melting high-purity quartz sand at high temperatures. This process ensures that the tubes maintain their high purity (99.99% SiO2), high transparency, and other critical properties.
Questions fréquemment posées
Le verre de quartz est un matériau dur et cassant doté d'excellentes propriétés physiques et chimiques, d'une dureté mécanique extrêmement élevée, d'une bonne isolation électrique, d'une résistance aux températures élevées et à la corrosion, d'un retard faible et stable, d'une bonne transmission de la lumière, etc. Il est largement utilisé dans les semi-conducteurs, l'optique, l'électricité, la chimie, l'aérospatiale, l'automobile et d'autres domaines. Les matériaux durs et cassants sont difficiles à traiter, et de nombreux domaines ont un besoin urgent de procédés de coupe avec un faible effondrement des arêtes, une perte de matériau réduite, une faible rugosité de la section transversale et une large gamme d'épaisseurs de coupe. La méthode traditionnelle de découpe du verre de quartz est la découpe mécanique, c'est-à-dire la découpe à la meule. Les méthodes de découpe non traditionnelles comprennent la découpe au jet d'eau, la découpe par fil à décharge électrochimique, la découpe au laser en continu, etc. La découpe mécanique est peu coûteuse, mais le contact entre la meule et le matériau entraîne une usure importante de l'outil, et le matériau est facilement contaminé par l'outil. Le verre de quartz est sujet à l'effondrement des arêtes, aux microfissures et aux contraintes résiduelles, ce qui affecte la résistance et les performances du matériau ! Il est difficile de réaliser une découpe en courbe et nécessite un post-traitement, tel que le meulage et le polissage. La découpe au laser n'entre pas directement en contact avec le matériau, n'a pas de contrainte de contact et peut réaliser des découpes de courbes complexes. Le laser picoseconde présente les avantages suivants : petit diamètre du spot, haute précision, temps d'action court avec le matériau et petite zone d'action. Il convient au traitement des matériaux durs et fragiles.
。