heat resistant glass tea cups

 heat resistant glass tea cups

expansion,and heat insulation.

Item no.: CK-171AD

Description: Borosilicate double wall glass tea & coffee cup with silicone lid & base

Capacity: 320ml

Packing: 1pc/color box,36pcs/carton

Color: four colors available(yellow,blue,brown,purple)

Material: Silicone and borosilicate glass,the glass with a 3.3 coefficient of expansion.The products can endure rapid temperature change from -20°C  to 150°C.

Characeristics and strong points:

1).Choose green materials that are friendly for the environment,free of harmful substances.

2).Materials are fine,non-absorbent and products are crystal clear,elegant,and practical.

3).Combining unique design,cerative techniques and amazing high quality materials has resulted in the birth of a product as precious.

4).Be available to be cleaned in the dishwasher because it is of high hardness and can endure scrubbing.

5).Easy to clean and hard to grow stains,as bright and clean as new despite of long-term use.

6).Hands will not be hurt after the glassware is heated in the microwaves ovens.Because the microwave absorption is extremely small,electricity power can be saved.

7).Be quench,acute fever, and shock-resistant and non-friable.

8).The quality  of products is guranteed because they had passed domestic and international merchandise patents and product quality inspection standards.

9)The products is useful for holding cold drinks,just like water,milk,juice.

Borosilicate double wall glass tea & coffee cup with silicone lid & base.

Not only is the insulating double-wall borosilicate glass perfect for hot and cold.It is also perfect for both drinks and food:cappuccino in the moring,tea,ice cold beer,cocktails and ice cream for dessert-anything goes.

We also have many different shapes and sizes.and they all share the same amazing asset:hot drinks stay hot a lot longer,and cold drinks stay cold longer.You don't burn you fingers when you hold a hot drink,and cold drinks con't leave nasty stains on your tables from the water condensation.