Paper and Paperboard Physical Testing Standards at a Glance: 60+ GB/T and QB/T Test Methods
Standard Titles
GB/T 451.1-2002 Paper and board — Determination of size and deviation
GB/T 451.2-2002 Paper and board — Determination of grammage
GB/T 451.3-2002 Paper and board — Determination of thickness
GB/T 452.1-2002 Paper and board — Determination of machine and cross direction
GB/T 452.2-2002 Paper and board — Determination of wire and felt sides
GB/T 453-2002 Paper and board — Determination of tensile strength (constant rate of loading method)
GB/T 454-2002 Paper — Determination of bursting strength
GB/T 455-2002 Paper and board — Determination of tearing resistance
GB/T 456-2002 Paper and board — Determination of smoothness (Bekk method)
GB/T 457-2002 Paper — Determination of folding endurance (Schopper method)
GB/T 458-2002 Paper and board — Determination of air permeance (Schopper method)
GB/T 459-2002 Paper and board — Determination of dimensional stability
GB/T 460-2002 Paper — Determination of sizing degree (ink line method)
GB/T 461.1-2002 Paper and board — Determination of capillary rise (Klemm method)
GB/T 461.2-2002 Paper and board — Determination of surface absorption rate (Withdrawn)
GB/T 461.3-2005 Paper and board — Method for determination of absorbency (immersion method)
GB/T 464.1-1989 Paper and board — Accelerated dry heat ageing method (105±2°C, 72 h)
GB/T 464.2-1993 Paper and board — Accelerated dry heat ageing method (120±2°C or 150±2°C)
GB/T 465.1-1989 Paper and board — Method for determination of bursting strength after immersion in water for a specified time
GB/T 465.2-1989 Paper and board — Method for determination of tensile strength after immersion in water for a specified time
GB/T 1538-1979 Board — Method for determination of folding endurance (Schopper tester)
GB/T 1539-1989 Board — Method for determination of bursting strength
GB/T 1540-2002 Paper and board — Determination of water absorptiveness (Cobb method)
GB/T 2678.1-1993 Pulp — Method for determination of screening
GB/T 2678.4-1994 Pulp and paper — Method for determination of zero-span tensile strength
GB/T 2679.2-1995 Paper and board — Determination of water vapour transmission rate and creased water vapour transmission rate (dish method)
GB/T 2679.3-1996 Paper and board — Determination of stiffness
GB/T 2679.4-1994 Paper and board — Method for determination of roughness (Bendtsen roughness method)
GB/T 2679.5-1995 Paper and board — Determination of folding endurance (MIT folding endurance tester method)
GB/T 2679.6-1996 Corrugating medium — Determination of flat crush strength
GB/T 2679.7-2005 Board — Method for determination of puncture strength
GB/T 2679.8-1995 Paper and board — Determination of ring crush strength
GB/T 2679.9-1993 Paper and board — Method for determination of roughness (print-surf method)
GB/T 2679.10-1993 Paper and board — Method for determination of short-span compression
GB/T 2679.13-1996 Paper and board — Determination of air permeance (medium range) — Bendtsen method
GB/T 2679.14-1996 Filter paper and board — Determination of maximum pore diameter
GB/T 2679.15-1997 Paper and board — Determination of printing surface strength (electrically accelerated method)
GB/T 2679.16-1997 Paper and board — Determination of printing surface strength (pendulum or spring accelerated method)
GB/T 2679.17-1997 Corrugated board — Determination of edgewise crush strength (edge reinforcement method)
GB/T 2912-1991 Chemical analysis filter paper — Method for determination of separation performance
GB/T 3332-2004 Pulp — Determination of beating degree (Schopper-Riegler method)
QB/T 3702-1999 Laboratory beating — Valley beater method
GB/T 5402-2003 Paper and board — Determination of air permeance (medium range) — Gurley method
GB/T 5405-2002 Paper — Determination of sizing degree (liquid penetration method)
GB/T 5406-2002 Paper — Determination of grease resistance
GB/T 6545-1998 Corrugated board — Method for determination of bursting strength
GB/T 6546-1998 Corrugated board — Method for determination of edgewise crush strength
GB/T 6547-1998 Corrugated board — Method for determination of thickness
GB/T 6548-1998 Corrugated board — Method for determination of adhesion strength
GB/T 8942-2002 Paper — Determination of softness
GB/T 10340-1989 Paper and board — Method for determination of filtration rate
GB/T 12659-1990 Pulp — Laboratory beating — Jokro mill method
GB/T 12660-1990 Pulp — Determination of drainability ("Canadian standard" freeness method)
GB/T 12909-1991 Paper and board — Method for determination of bending stiffness (resonance method)
GB/T 12911-1991 Paper and board — Method for determination of ink absorbency
GB/T 12914-1991 Paper and board — Method for determination of tensile strength (constant rate of elongation method)
QB/T 1461-1992 High-permeability paper — Method for determination of air permeability
QB/T 1462-1992 Pulp — Laboratory wet disintegration
QB/T 1463-1992 Pulp — Laboratory beating — PFI mill method
QB/T 1938-1994 Soft paper — Method for determination of thickness
QB/T 3704-1999 Pulp — Method for determination of physical properties of laboratory sheets
Source: China Packaging Network (pack.cn), original link: http://news.pack.cn/show-362281.html
Related reading
- Chongqing to Host 18th China International Exhibition of Raw Materials, Equipment & Packaging for Household Chemical Products in November 20262026-10-03Industry NewsSource: China Packaging Network
The China Cleaning Industry Association will hold the 18th China International Exhibition of Raw Materials, Equipment and Packaging for Household Chemical Products in Chongqing on November 11-13, 2026, to deepen upstream-downstream exchange and drive high-quality development. The 46th (2026) China Cleaning Industry Annual Conference will run concurrently.
- Wuxi Evaluation Confirms Two Smart Fruit and Vegetable Processing Equipment Innovations as Domestically Leading and Internationally Advanced2026-10-03Industry NewsSource: 食品机械设备网
On September 28, the China Food and Packaging Machinery Industry Association organized a technological achievement evaluation meeting at Jiangsu Kaiyi Intelligent Technology Co., Ltd. to assess two innovations: 'Intelligent and Efficient Crushing and Thawing Technology and Equipment for Barrel-Packed Frozen Fruit and Vegetable Juice' and 'Intelligent, Precise, Energy-Saving and Environmentally Friendly Hot Air Drying Technology and Equipment.' Academician Chen Jian chaired the evaluation committee, which unanimously concluded that the overall technology of both achievements is domestically leading and internationally advanced.
- Gansu Yuyuan Natural Mountain Spring Water Project Enters Full Production, Packaged Drinking Water Capacity Reaches 80,000 Tons Annually2026-10-03Industry NewsSource: 食品机械设备网
Gansu Yuyuan Technology Development Co., Ltd.'s natural mountain spring water project has officially entered full production, moving into large-scale, standardized mass production and bringing Longnan-produced natural mountain spring water to market. Located in the Longnan Economic Development Zone (Chengxian Hongchuan Industrial Park), the project has a total investment of 102 million yuan, covers 19,500 square meters, includes 12,000 square meters of building area, and is built in two phases.
- Separation Fresh-Keeping Packaging Enters Mass Production as Gaishi Technology's Xianle Cap Super Factory Starts Up in Xianning2026-10-03Industry NewsSource: 食品机械设备网
A ceremony in the Xianning High-tech Zone has marked the start of production at the Xianle Cap Super Factory of Gaishi Technology (Xianning) Co., Ltd., together with the launch of its SUPER YOUNG fresh-brew beverage — adding another benchmark enterprise to the city's high-activity healthy beverage sector, one that combines core technology, large-scale manufacturing and brand operation. The smart factory represents a total investment of RMB 200 million and a planned annual capacity of 120 million bottles. Investment was introduced by Xianning Jingui Industrial Investment Partnership (Limited Partnership), and the project is a key investment promotion item of the Xianning High-tech Zone.
Contact us for a quote
For samples, pricing or technical support, call us or leave a message and we will reply shortly.
134-1230-3528 Contact us